Q2E: Query-to-Event Decomposition for Zero-Shot Multilingual
Collection
Datasets used in the paper: Q2E: Query-to-Event Decomposition for Zero-Shot Multilingual Text-to-Video Retrieval
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36 items
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Updated
query
stringclasses 259
values | prequel
listlengths 0
30
| sequel
listlengths 0
30
| during
listlengths 0
30
| metadata
dict | num_of_frames
int64 16
16
| frame_captions
listlengths 16
16
| video_id
stringlengths 6
45
| frame2video_caption
stringlengths 432
4.51k
| asr
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The 2016 Gyeongju earthquake occurred on September 12 near Gyeongju, South Korea.
|
[
"People running out of buildings during the 2016 Gyeongju, South Korea earthquake on September 12",
"Emergency responders searching through rubble after the 2016 Gyeongju, South Korea earthquake on September 12, 2016",
"Cars driving away from the affected area in Gyeongju, South Korea after the earthquake on 12 September 2016",
"Buildings with cracked walls and broken windows in Gyeongju, South Korea after the earthquake on 12 September 2016",
"Rescue teams carrying injured people on stretchers during the 12 September 2016 earthquake in Gyeongju, South Korea"
] |
[
"Buildings collapsing or showing significant structural damage during the 12 September 2016 earthquake in Gyeongju, South Korea",
"People evacuating their homes and gathering in safe areas in Gyeongju, South Korea after the earthquake on September 12, 2016",
"Emergency responders searching for survivors in rubble after the 2016 Gyeongju, South Korea earthquake on September 12",
"Roads blocked by debris and damaged vehicles after the 12 September 2016 earthquake in Gyeongju, South Korea",
"Residents assessing damage to their homes and belongings after the 12 September 2016 earthquake in Gyeongju, South Korea"
] |
[
"People running out of buildings during the earthquake in Gyeongju, South Korea on September 12, 2016",
"Rescue teams searching through rubble after the 12 September 2016 earthquake in Gyeongju, South Korea",
"Buildings with cracked walls and fallen debris in Gyeongju, South Korea after the 12 September 2016 earthquake",
"Emergency vehicles rushing to the scene after the 2016 Gyeongju, South Korea earthquake on September 12",
"People gathering in open spaces for safety during the 12 September 2016 earthquake in Gyeongju, South Korea"
] |
{
"article_url": "https://ko.wikipedia.org/wiki/2016%EB%85%84_%EA%B2%BD%EC%A3%BC_%EC%A7%80%EC%A7%84",
"during_prompt": "<|begin_of_text|><|start_header_id|>system<|end_header_id|>\n\nCutting Knowledge Date: December 2023\nToday Date: 26 Jul 2024\n\n<|eot_id|><|start_header_id|>user<|end_header_id|>\n\nYou are given a video search query. Assume the video search query is an ongoing event. You have to decompose the ongoing event in multiple simple events. The extracted events should be concrete enough to be visualized in a video.\n\nHere are some guidelines: \n- Extract events that could be visualized in a video.\n- Before extracting an event, consider whether the event text could serve as a reasonable caption for a frame of a video associated with the query.\n- Give specific events related to the query, use your previous WORLD KNOWLEDGE to extract events that are likely to be seen in a video. For example, if the query is \"2019 Christmas Eve Protests in Hong Kong\", you might return \"Protesters marching in the streets\", but not \"Protestors marching in snow\" because it is not likely to have snow in Hong Kong, though its pretty common in other places. \n- First, explain your reasoning in 1-2 sentences about which events it makes sense to extract. Then, provide a numbered list with the events (anywhere from one to five event; use your best judgement to determine how many to extract)\n- Structure your response into two sections, \"\"EXPLANATION:\"\" and then \"\"EVENTS:\"\". The events sections should contain nothing but the events. \n\nHere is the query I'd like you to extract events from: The 2016 Gyeongju earthquake occurred on September 12 near Gyeongju, South Korea.<|eot_id|><|start_header_id|>assistant<|end_header_id|>\n\n",
"during_raw_generation": "EXPLANATION: Given the query about the 2016 Gyeongju earthquake, it makes sense to extract events that are directly related to the consequences and aftermath of an earthquake, as these are the most likely to be visualized in a video. Events such as damage to buildings, rescue operations, and people reacting to the quake are plausible and commonly seen in earthquake-related videos.\n\nEVENTS:\n1. People running out of buildings\n2. Rescue teams searching through rubble\n3. Buildings with cracked walls and fallen debris\n4. Emergency vehicles rushing to the scene\n5. People gathering in open spaces for safety",
"en_article_excerpt": "The 2016 Gyeongju earthquake occurred on September 12 near Gyeongju, South Korea.",
"en_article_url": "https://en.wikipedia.org/wiki/2016_Gyeongju_earthquake",
"event_category": "disasters",
"event_name": "gyeongju_earthquake",
"language": "korean",
"prequel_prompt": "<|begin_of_text|><|start_header_id|>system<|end_header_id|>\n\nCutting Knowledge Date: December 2023\nToday Date: 26 Jul 2024\n\n<|eot_id|><|start_header_id|>user<|end_header_id|>\n\nYou are given a video search query. Assume the video search query is an ongoing event. You have to find out what previous events could lead to this given event. The extracted events should be concrete enough to be visualized in a video.\n\nHere are some guidelines: \n- Extract events that could be visualized in a video.\n- Before extracting an event, consider whether the event text could serve as a reasonable caption for a frame of a video associated with the query.\n- Give specific events related to the query, use your previous WORLD KNOWLEDGE to extract events that are likely to be seen in a video. For example, if the query is \"2019 Christmas Eve Protests in Hong Kong\", you might return \"Protesters marching in the streets\", but not \"Protestors marching in snow\" because it is not likely to have snow in Hong Kong, though its pretty common in other places. \n- First, explain your reasoning in 1-2 sentences about which events it makes sense to extract. Then, provide a numbered list with the events (anywhere from one to five event; use your best judgement to determine how many to extract)\n- Structure your response into two sections, \"\"EXPLANATION:\"\" and then \"\"EVENTS:\"\". The events sections should contain nothing but the events. \n\nHere is the query I'd like you to extract events from: The 2016 Gyeongju earthquake occurred on September 12 near Gyeongju, South Korea.<|eot_id|><|start_header_id|>assistant<|end_header_id|>\n\n",
"prequel_raw_generation": "EXPLANATION: It makes sense to extract events that are directly related to the aftermath or impact of an earthquake, as these would be the most visually apparent and relevant to a video about the 2016 Gyeongju earthquake. Events such as destruction, evacuation, and rescue efforts are likely to be seen in a video associated with this query.\n\nEVENTS:\n1. People running out of buildings\n2. Emergency responders searching through rubble\n3. Cars driving away from the affected area\n4. Buildings with cracked walls and broken windows\n5. Rescue teams carrying injured people on stretchers",
"sequel_prompt": "<|begin_of_text|><|start_header_id|>system<|end_header_id|>\n\nCutting Knowledge Date: December 2023\nToday Date: 26 Jul 2024\n\n<|eot_id|><|start_header_id|>user<|end_header_id|>\n\nYou are given a video search query. Assume the video search query is an ongoing event. You have to find out what events can be the outcome of this ongoing event. The extracted events should be concrete enough to be visualized in a video.\n\nHere are some guidelines: \n- Extract events that could be visualized in a video.\n- Before extracting an event, consider whether the event text could serve as a reasonable caption for a frame of a video associated with the query.\n- Give specific events related to the query, use your previous WORLD KNOWLEDGE to extract events that are likely to be seen in a video. For example, if the query is \"2019 Christmas Eve Protests in Hong Kong\", you might return \"Protesters marching in the streets\", but not \"Protestors marching in snow\" because it is not likely to have snow in Hong Kong, though its pretty common in other places. \n- First, explain your reasoning in 1-2 sentences about which events it makes sense to extract. Then, provide a numbered list with the events (anywhere from one to five event; use your best judgement to determine how many to extract)\n- Structure your response into two sections, \"\"EXPLANATION:\"\" and then \"\"EVENTS:\"\". The events sections should contain nothing but the events. \n\nHere is the query I'd like you to extract events from: The 2016 Gyeongju earthquake occurred on September 12 near Gyeongju, South Korea.<|eot_id|><|start_header_id|>assistant<|end_header_id|>\n\n",
"sequel_raw_generation": "EXPLANATION: Given the query about the 2016 Gyeongju earthquake, it makes sense to extract events that are directly related to the aftermath and impact of an earthquake, such as damage to infrastructure, rescue efforts, and evacuation procedures. These events are likely to be visually represented in a video associated with the query, providing a concrete and tangible depiction of the earthquake's effects.\n\nEVENTS:\n1. Buildings collapsing or showing significant structural damage\n2. People evacuating their homes and gathering in safe areas\n3. Emergency responders searching for survivors in rubble\n4. Roads blocked by debris and damaged vehicles\n5. Residents assessing damage to their homes and belongings",
"video_URL": "http://youtube.com/watch?v=t8lY-rjy7-Y",
"video_description": "9월 12일, 경주에서는 역대 최대 규모인 5.8 지진이 일어났다. 지진으로 서울과 수도권까지 전국이 흔들렸고, 이로 인해 전화와 카카오톡도 모두 먹통이었다. 정부는 지진 발생 9분이 지나서야 긴급재난문자를 발송했고 이마저도 서울과 수도권 지역 국민들은 문자를 받지 못했다. #경주 #지진 #재난문자",
"video_id": "t8lY-rjy7-Y"
}
| 16
|
[
"A group of students is seen running down a school hallway and up a set of stairs, suggesting a state of urgency or emergency. The timestamp on the video indicates that this event occurred the previous day at 7:44 AM. The students appear to be in a panic, possibly due to the threat of an earthquake mentioned in the ASR transcript.",
"The current frame depicts a classroom scene where a group of students are gathered around their desks, seemingly in a state of panic or confusion. The timestamp indicates that this event occurred the same day at 7:44 AM. The atmosphere appears tense, likely due to the ongoing emergency situation as described in the ASR transcript. Students are standing up, moving around, and some are reaching for their belongings, indicating a sense of urgency and disarray. The classroom is filled with textbooks, notebooks, and personal items scattered on the desks, further emphasizing the chaotic environment.",
"The current frame shows a deserted train station at night, with no visible human activity. The station is illuminated by overhead lights, and the tracks are empty with no trains present. The image appears to have been captured after an earthquake, as indicated by the text in Korean: \"코레일 선로 지진 징후 감지\" (KORAIL line earthquake detection). The station structure is clearly visible, with multiple platforms and tracks, and there are no people or movement, suggesting that the scene is calm and orderly despite the earlier disturbance mentioned in the ASR transcript.",
"The current frame depicts an indoor setting, likely a warehouse or storage facility, with numerous shelves stocked with boxes and wooden panels. The floor is clean and unobstructed, and there are no visible signs of human activity. The timestamp in the image indicates the time as 7:44 AM on May 12, 2018. Korean text at the bottom of the image reads \"경주시 남남서쪽 9km 부근 첫 지진 발생\" (First earthquake in the vicinity of 9km south-southeast of Gunsan). This suggests that an earthquake occurred near Gunsan, approximately 9 kilometers south-southeast, in the early morning hours. The absence of people or movement in this frame, combined with the mention of an earthquake in the text, implies a sense of stillness and possibly the aftermath of the event mentioned in the previous frame's transcript.",
"The current frame depicts an indoor setting, likely a warehouse or storage facility, with numerous shelves stocked with boxes. The floor remains clean and unobstructed, and there are no visible signs of human activity. The timestamp in the image indicates the time as 19:44:57 on September 12, 2016. The Korean text at the bottom of the image reads \"경주시 남남서쪽 9km 부근 첫 지진 발생\" (First earthquake in the vicinity of 9km south-southeast of Gunsan), suggesting that an earthquake occurred near Gunsan, approximately 9 kilometers south-southeast, in the early evening hours. This frame continues the narrative of the aftermath of the earthquake, with the absence of people or movement emphasizing a sense of stillness and tranquility in the aftermath of the event.",
"The current frame shows an outdoor scene at night, with a significant amount of debris scattered across the ground. The debris consists of broken bricks and pieces of various colored materials, indicating the aftermath of an earthquake. A yellow measuring tape is extended across the debris, suggesting that measurements are being taken to assess the damage. The scene is illuminated by artificial lighting, highlighting the extent of the destruction. The context of the event is related to the ongoing earthquake aftermath, as indicated by the text in the image at the bottom of the frame, which reads \"경주에서 첫 번째 지진 인명 피해 발생\" (First earthquake in Gyeongju causing casualties). This suggests that the earthquake has resulted in casualties and significant damage, aligning with the earlier frames' narrative of the earthquake's impact and its aftermath.",
"The current frame depicts a nighttime outdoor scene with a bus parked on the street, illuminated by headlights. The surrounding area is scattered with debris, consistent with the aftermath of an earthquake. The yellow measuring tape remains extended across the debris, indicating ongoing damage assessment. The text in the image reads \"역대 최대 규모 5.8 분진\" (Historic magnitude 5.8 earthquake), further supporting the earthquake aftermath context described in the previous frame. The scene is illuminated by artificial lighting, highlighting the extent of the destruction and emphasizing the ongoing efforts to assess the impact of the earthquake.",
"In a dimly lit room illuminated by a ceiling fan, a child is seen crouching on a bed, surrounded by scattered pillows and blankets. The child is holding an object, possibly a toy, in their hands. The text in the image reads \"서울과 수도권까지 전국이 흔들려\" (Seoul and the metropolitan area trembled across the nation), aligning with the broader context of the earthquake aftermath as described in the original ASR transcript. The scene suggests a moment of quiet within the aftermath, capturing the ongoing impact on individuals and their immediate environments.",
"In the current frame, a computer screen displays a message in Korean, which translates to \"Nation's Safety Community Reporting Card, A rating of 3 is a disaster.\" The message indicates a warning about the low rating of a service, stating that it is not functioning properly due to user abuse and requesting caution when using it. Additionally, there is a note that there is a severe shortage of safe services. The South Korean national emblem is visible at the bottom of the screen, reinforcing the official nature of the message. The bottom text in Korean reads \"국민안전처 누리집은 먹통,\" which translates to \"Nation's Safety Center is down.\" This frame likely provides a follow-up to the previous scene, emphasizing the vulnerability and disruption caused by the earthquake, as indicated by the original ASR transcript.",
"In the current frame, a woman appears to be speaking at an event or press conference. She is wearing a white jacket and is holding a microphone, indicating she is addressing an audience. Behind her, a man in a suit and tie is visible, suggesting a formal setting. The background includes a blue and red backdrop, possibly indicating a governmental or official context. The text overlay in Korean reads \"2시간 47분 동안 대통령과 총리는 보이지 않아,\" which translates to \"The President and the Prime Minister were not visible for 2 hours and 47 minutes.\" This suggests that the event took place over an extended period, and there was a lack of visibility for the President and the Prime Minister during that time. The overall context of the video seems to be related to an ongoing situation, as indicated by the previous frame's warning about low-rated services and safety concerns.",
"The current frame shows a series of text messages in Korean. The messages are from a contact named \"Webmbs.\" They discuss precautions and awareness regarding safety and disaster preparedness. The first message mentions being cautious of big earthquakes. The second message advises avoiding crowded places to ensure safety. The third message warns about the possibility of aftershocks. This context is consistent with the ongoing situation mentioned in the previous frame, which involves low-rated services and safety concerns, indicating a continuation of the safety and disaster preparedness theme throughout the video.",
"In the current frame, a person is speaking at a podium with a microphone, likely addressing an audience. The individual appears to be wearing a white shirt and is situated in an official-looking setting, with a flag featuring a blue background and yellow emblem visible in the background. Korean text overlay at the bottom of the image reads, \"이번 지진을 교훈 삼아,\" which translates to \"Learn from this earthquake.\" This suggests that the person is discussing lessons or actions to be taken from an earthquake event. The context provided by the previous frame indicates a focus on safety and disaster preparedness, with a specific emphasis on learning from the earthquake mentioned. The speaker is likely emphasizing the importance of preparedness and caution in relation to future seismic events.",
"The individual is speaking at a podium with a microphone, likely addressing an audience. The person is wearing a white shirt and is situated in an official-looking setting, with a flag featuring a blue background and yellow emblem visible in the background. Korean text overlay at the bottom of the image reads, \"철저히 대비해 주기를 바란다,\" which translates to \"Please be thoroughly prepared.\" This indicates that the speaker is emphasizing the need for thorough and careful preparation for future seismic events, continuing the theme of safety and disaster preparedness from the previous frame. The context suggests that the speaker is urging the audience to take the lessons from the earthquake seriously and to be prepared accordingly.",
"In the current frame, a group of individuals is seated at a conference table, appearing to be engaged in a formal meeting. The setting suggests an official or governmental environment, with blue curtains and a formal setup in the background. A woman in the foreground is seen speaking or presenting, likely addressing the group. The overall context indicates that the individuals are part of a discussion related to earthquake preparedness, continuing the theme of disaster preparedness from the previous frame.",
"In the current frame, a group of individuals is seen running through a hallway. The setting appears to be a school or institutional building, with wooden paneling and a glossy floor. The people in the frame are dressed in casual clothing, suggesting they might be students. The urgency in their movement indicates a sense of alarm or haste. The visible text in the image reads \"무능한 정부\" (inept government), which suggests a political context. The overall context indicates a continuation of the theme from the previous frame, where a group was engaged in a meeting about earthquake preparedness, but now involves a significant shift in the narrative towards political incompetence or a crisis response.",
"In the current frame, a group of individuals is seen gathering around their desks in a classroom setting. They are dressed in white uniforms, indicating they are likely students. The urgency in their movements suggests a sense of alarm or haste, consistent with the previous frame's description of a meeting about earthquake preparedness. The visible text in the image reads \"기회 Kiyo\" and \"영상 조은혜 인턴,\" which provides context that the scene is part of a video project. The overall context indicates a continuation of the theme from the previous frame, where students are preparing for an earthquake, now involving a significant shift in the narrative towards an internship or a project."
] |
t8lY-rjy7-Y
|
A video depicting the aftermath of an earthquake and the subsequent response and preparedness measures. The event begins with students rushing through a school hallway and gathering in a classroom, indicating a state of urgency and panic. The scene then shifts to a deserted train station at night, followed by indoor settings such as warehouses and storage facilities, which are empty and still, suggesting the aftermath of the earthquake.
As the video progresses, outdoor scenes show significant debris and damage, with measuring tapes assessing the destruction, and text overlays mentioning casualties and historic earthquake magnitudes. A nighttime scene with a bus and scattered debris further emphasizes the extent of the damage.
The video then shifts to quieter moments, such as a child holding an object in a dimly lit room, and a computer screen displaying a warning message about the Nation's Safety Community and service disruptions. A press conference or event is shown, where a woman speaks about the situation, and text overlays mention the absence of the President and Prime Minister for an extended period.
The latter part of the video focuses on safety and disaster preparedness, with text messages discussing precautions and awareness. A person speaks at a podium, emphasizing the importance of learning from the earthquake and being thoroughly prepared for future events. A meeting is shown, where individuals discuss earthquake preparedness, and the final scenes depict students running through a hallway and gathering in a classroom, possibly as part of a project or internship related to earthquake preparedness and response. The overall context suggests a narrative that encompasses the immediate aftermath of an earthquake, the assessment of damage, and the subsequent emphasis on preparedness and response measures to mitigate the impact of future seismic events.
|
{
"original": " I hope that the earthquake will be prepared for a bigger one in the future.",
"refined": "I hope that we will be better prepared for a bigger earthquake in the future.",
"summarized": "The speaker expresses a hope that preparations will be in place for a potentially larger earthquake in the future, and highlights the importance of predicting and preparing for great disasters, possibly referring to a specific event expected in 5 years.",
"translated": "I hope that we will be prepared for a bigger earthquake in the future.",
"translated_llm": "I hope that the earthquake will be prepared for a bigger one in the future.",
"translated_whisper": " The The The The The The The The The The The The The The The The The The The The The The The The The The The The The ... ... ... ... ... ... ... ... ... ... ... ... ... ... Even the most difficult thing is A huge disaster The disaster is coming And now we need more Great disasters to be predicted A new emergency in 5 years That day Now This place will be"
}
|
The 2016 Gyeongju earthquake occurred on September 12 near Gyeongju, South Korea.
|
[
"People running out of buildings during the 2016 Gyeongju, South Korea earthquake on September 12",
"Emergency responders searching through rubble after the 2016 Gyeongju, South Korea earthquake on September 12, 2016",
"Cars driving away from the affected area in Gyeongju, South Korea after the earthquake on 12 September 2016",
"Buildings with cracked walls and broken windows in Gyeongju, South Korea after the earthquake on 12 September 2016",
"Rescue teams carrying injured people on stretchers during the 12 September 2016 earthquake in Gyeongju, South Korea"
] |
[
"Buildings collapsing or showing significant structural damage during the 12 September 2016 earthquake in Gyeongju, South Korea",
"People evacuating their homes and gathering in safe areas in Gyeongju, South Korea after the earthquake on September 12, 2016",
"Emergency responders searching for survivors in rubble after the 2016 Gyeongju, South Korea earthquake on September 12",
"Roads blocked by debris and damaged vehicles after the 12 September 2016 earthquake in Gyeongju, South Korea",
"Residents assessing damage to their homes and belongings after the 12 September 2016 earthquake in Gyeongju, South Korea"
] |
[
"People running out of buildings during the earthquake in Gyeongju, South Korea on September 12, 2016",
"Rescue teams searching through rubble after the 12 September 2016 earthquake in Gyeongju, South Korea",
"Buildings with cracked walls and fallen debris in Gyeongju, South Korea after the 12 September 2016 earthquake",
"Emergency vehicles rushing to the scene after the 2016 Gyeongju, South Korea earthquake on September 12",
"People gathering in open spaces for safety during the 12 September 2016 earthquake in Gyeongju, South Korea"
] |
{
"article_url": "https://ko.wikipedia.org/wiki/2016%EB%85%84_%EA%B2%BD%EC%A3%BC_%EC%A7%80%EC%A7%84",
"during_prompt": "<|begin_of_text|><|start_header_id|>system<|end_header_id|>\n\nCutting Knowledge Date: December 2023\nToday Date: 26 Jul 2024\n\n<|eot_id|><|start_header_id|>user<|end_header_id|>\n\nYou are given a video search query. Assume the video search query is an ongoing event. You have to decompose the ongoing event in multiple simple events. The extracted events should be concrete enough to be visualized in a video.\n\nHere are some guidelines: \n- Extract events that could be visualized in a video.\n- Before extracting an event, consider whether the event text could serve as a reasonable caption for a frame of a video associated with the query.\n- Give specific events related to the query, use your previous WORLD KNOWLEDGE to extract events that are likely to be seen in a video. For example, if the query is \"2019 Christmas Eve Protests in Hong Kong\", you might return \"Protesters marching in the streets\", but not \"Protestors marching in snow\" because it is not likely to have snow in Hong Kong, though its pretty common in other places. \n- First, explain your reasoning in 1-2 sentences about which events it makes sense to extract. Then, provide a numbered list with the events (anywhere from one to five event; use your best judgement to determine how many to extract)\n- Structure your response into two sections, \"\"EXPLANATION:\"\" and then \"\"EVENTS:\"\". The events sections should contain nothing but the events. \n\nHere is the query I'd like you to extract events from: The 2016 Gyeongju earthquake occurred on September 12 near Gyeongju, South Korea.<|eot_id|><|start_header_id|>assistant<|end_header_id|>\n\n",
"during_raw_generation": "EXPLANATION: Given the query about the 2016 Gyeongju earthquake, it makes sense to extract events that are directly related to the consequences and aftermath of an earthquake, as these are the most likely to be visualized in a video. Events such as damage to buildings, rescue operations, and people reacting to the quake are plausible and commonly seen in earthquake-related videos.\n\nEVENTS:\n1. People running out of buildings\n2. Rescue teams searching through rubble\n3. Buildings with cracked walls and fallen debris\n4. Emergency vehicles rushing to the scene\n5. People gathering in open spaces for safety",
"en_article_excerpt": "The 2016 Gyeongju earthquake occurred on September 12 near Gyeongju, South Korea.",
"en_article_url": "https://en.wikipedia.org/wiki/2016_Gyeongju_earthquake",
"event_category": "disasters",
"event_name": "gyeongju_earthquake",
"language": "korean",
"prequel_prompt": "<|begin_of_text|><|start_header_id|>system<|end_header_id|>\n\nCutting Knowledge Date: December 2023\nToday Date: 26 Jul 2024\n\n<|eot_id|><|start_header_id|>user<|end_header_id|>\n\nYou are given a video search query. Assume the video search query is an ongoing event. You have to find out what previous events could lead to this given event. The extracted events should be concrete enough to be visualized in a video.\n\nHere are some guidelines: \n- Extract events that could be visualized in a video.\n- Before extracting an event, consider whether the event text could serve as a reasonable caption for a frame of a video associated with the query.\n- Give specific events related to the query, use your previous WORLD KNOWLEDGE to extract events that are likely to be seen in a video. For example, if the query is \"2019 Christmas Eve Protests in Hong Kong\", you might return \"Protesters marching in the streets\", but not \"Protestors marching in snow\" because it is not likely to have snow in Hong Kong, though its pretty common in other places. \n- First, explain your reasoning in 1-2 sentences about which events it makes sense to extract. Then, provide a numbered list with the events (anywhere from one to five event; use your best judgement to determine how many to extract)\n- Structure your response into two sections, \"\"EXPLANATION:\"\" and then \"\"EVENTS:\"\". The events sections should contain nothing but the events. \n\nHere is the query I'd like you to extract events from: The 2016 Gyeongju earthquake occurred on September 12 near Gyeongju, South Korea.<|eot_id|><|start_header_id|>assistant<|end_header_id|>\n\n",
"prequel_raw_generation": "EXPLANATION: It makes sense to extract events that are directly related to the aftermath or impact of an earthquake, as these would be the most visually apparent and relevant to a video about the 2016 Gyeongju earthquake. Events such as destruction, evacuation, and rescue efforts are likely to be seen in a video associated with this query.\n\nEVENTS:\n1. People running out of buildings\n2. Emergency responders searching through rubble\n3. Cars driving away from the affected area\n4. Buildings with cracked walls and broken windows\n5. Rescue teams carrying injured people on stretchers",
"sequel_prompt": "<|begin_of_text|><|start_header_id|>system<|end_header_id|>\n\nCutting Knowledge Date: December 2023\nToday Date: 26 Jul 2024\n\n<|eot_id|><|start_header_id|>user<|end_header_id|>\n\nYou are given a video search query. Assume the video search query is an ongoing event. You have to find out what events can be the outcome of this ongoing event. The extracted events should be concrete enough to be visualized in a video.\n\nHere are some guidelines: \n- Extract events that could be visualized in a video.\n- Before extracting an event, consider whether the event text could serve as a reasonable caption for a frame of a video associated with the query.\n- Give specific events related to the query, use your previous WORLD KNOWLEDGE to extract events that are likely to be seen in a video. For example, if the query is \"2019 Christmas Eve Protests in Hong Kong\", you might return \"Protesters marching in the streets\", but not \"Protestors marching in snow\" because it is not likely to have snow in Hong Kong, though its pretty common in other places. \n- First, explain your reasoning in 1-2 sentences about which events it makes sense to extract. Then, provide a numbered list with the events (anywhere from one to five event; use your best judgement to determine how many to extract)\n- Structure your response into two sections, \"\"EXPLANATION:\"\" and then \"\"EVENTS:\"\". The events sections should contain nothing but the events. \n\nHere is the query I'd like you to extract events from: The 2016 Gyeongju earthquake occurred on September 12 near Gyeongju, South Korea.<|eot_id|><|start_header_id|>assistant<|end_header_id|>\n\n",
"sequel_raw_generation": "EXPLANATION: Given the query about the 2016 Gyeongju earthquake, it makes sense to extract events that are directly related to the aftermath and impact of an earthquake, such as damage to infrastructure, rescue efforts, and evacuation procedures. These events are likely to be visually represented in a video associated with the query, providing a concrete and tangible depiction of the earthquake's effects.\n\nEVENTS:\n1. Buildings collapsing or showing significant structural damage\n2. People evacuating their homes and gathering in safe areas\n3. Emergency responders searching for survivors in rubble\n4. Roads blocked by debris and damaged vehicles\n5. Residents assessing damage to their homes and belongings",
"video_URL": "http://youtube.com/watch?v=CXe6_CDrdB8",
"video_description": "찐♡기상청사람들 예고 없이 찾아오는 지진! 한 번 발생하면 큰 피해를 주는 지진이기에 감시하는 일은 한시도 소홀히 할 수 없습니다. 그 최전방에서... 1년 365일 24시간 지진화산 감시 및 분석 업무에 최선을 다해 신속·정확하게 알리고자 노력하는 사람이 있습니다. 지진화산 감시 및 분석 업무 9년 차... 반복되는 주간 근무와 야간 근무가 힘들긴 하지만, 누구보다 묵묵하게 자리를 지키고 있는 진득한 뚝배기 같은 지진업무의 대들보!! 지진화산 감시 업무를 담당하는 기상청 사람을 만나고 왔습니다.(^_^)v 우리나라에서 가장 강력했던 규모 5.8의 경주 지진 때 지진감시 및 분석을 수행했던 기상청 사람은 누구? 지진감시 업무를 들어올 때마다 긴장되는 기상청 사람은 누구? 국민의 안전을 누구보다 걱정하는 기상청 사람은 누구? 지진 올바로 알고 지진 발생 시 빠르게 대처하길 바라는 기상청 사람은 누구? 최근 지진 안전을 홍보해 주시는 지진희 배우님을 그 누구보다 고마워하는 기상청 사람은 누구? 만나볼까요 :) #기상청사람들 #지진화산 #행동하는파수꾼",
"video_id": "CXe6_CDrdB8"
}
| 16
|
[
"In the current frame, a person is standing in front of a large screen displaying various charts and graphs. The individual is wearing a blue shirt and a lanyard with an ID card, suggesting they might be involved in an official capacity, possibly related to earthquake monitoring. The screen behind them shows detailed data, likely pertaining to seismic activity. The text on the image reads \"Q 업무 소개?\" which translates to \"Q, introducing the job?\" and \"국내·외에서 발생하는\" meaning \"occurring both domestically and internationally\". This indicates that the individual is likely discussing their role, which involves analyzing both domestic and international earthquakes. The background context suggests a professional setting, possibly an office or control room, where earthquake monitoring and reporting are conducted.",
"In the current frame, a person is seated at a desk in front of a large screen displaying various charts and graphs, with multiple smaller screens displaying detailed data related to seismic activity. The individual, dressed in a blue shirt and wearing a lanyard with an ID card, appears to be analyzing information and monitoring seismic data. The text on the image reads \"(2.0이상) 일정 규모 이상 되면 통보하고\" which translates to \"If it exceeds a certain magnitude, report it.\" This suggests that the person is monitoring seismic activity and reporting significant earthquakes. The overall context indicates a professional setting, likely an office or control room, where earthquake monitoring and reporting are conducted.",
"In the current frame, a person is standing in front of a large screen displaying various charts and graphs, similar to the previous frame. The individual, also dressed in a blue shirt and wearing a lanyard with an ID card, is analyzing information and monitoring seismic data. The background consists of multiple smaller screens showing detailed data related to seismic activity. Text on the image reads \"지금까지 통보한 지진 중 규모가 가장 큰 지진은? 경주에서 발생한 지진인데요\" which translates to \"Of the earthquakes reported so far, which has the largest magnitude? It was an earthquake that occurred in Gyeongju.\" This suggests that the person is discussing the largest reported earthquake, which occurred in Gyeongju. The overall context continues to indicate a professional setting, likely an office or control room, where earthquake monitoring and reporting are conducted.",
"In the current frame, a person is standing in front of a large screen displaying various charts and graphs, similar to the previous frame. The individual, dressed in a blue shirt and wearing a lanyard with an ID card, is analyzing information and monitoring seismic data. The background consists of multiple smaller screens showing detailed data related to seismic activity. The text on the image reads \"경주서 규모5.8 지진 발생...역대 최대 규모\" which translates to \"An earthquake with a magnitude of 5.8 occurred in Gyeongju...the largest ever recorded.\" This suggests that the person is discussing the recent earthquake with a magnitude of 5.8, which is significant in terms of historical records. The overall context continues to indicate a professional setting, likely an office or control room, where earthquake monitoring and reporting are conducted.",
"In the current frame, the individual is focused on monitoring seismic data displayed on the large screen in front of them. The screen shows various charts and graphs, with one section highlighted in yellow and blue, indicating the detailed analysis of seismic activity. The person is engaged in analyzing the data, which is critical for understanding the nature of the seismic event. \n\nThe text on the screen in Korean reads \"지진을 분석하고 있는 손은 엄청 떨리고, 식은땀은 나고,\" which translates to \"The hand analyzing the earthquake is trembling a lot, and I'm sweating.\" This text suggests that the individual is experiencing a high level of nervousness and stress while handling the seismic data, possibly due to the gravity of the situation and the significance of the data being analyzed.\n\nThe overall context continues to indicate a professional setting, likely an office or control room, where earthquake monitoring and reporting are conducted. The individual's reaction to the data underscores the emotional and psychological demands of the task, highlighting the importance of accuracy and vigilance in their work.",
"In the current frame, a person is seated at a desk in an office or control room, monitoring seismic data displayed on a large screen labeled \"LUCOMS.\" The person appears to be analyzing data, with a specific section highlighted in yellow and blue. The individual is wearing a face mask and a lanyard with an ID card. Two other individuals, one wearing a mask and a lanyard, and another in a blue shirt, are standing behind the seated person. One of them is gesturing with their hands, possibly explaining or discussing the data. The text on the screen in Korean reads \"지진을 분석하고 있는 손은 엄청 떨리고, 식은땀은 나고,\" which translates to \"The hand analyzing the earthquake is trembling a lot, and I'm sweating.\" The text at the top of the image reads \"9·12지진, 생생한 그 날의 기억,\" which translates to \"9·12 Earthquake, the vivid memory of that day.\" The overall context continues to indicate a professional setting, likely an office or control room, where earthquake monitoring and reporting are conducted. The individuals' reactions to the data underscore the emotional and psychological demands of the task, highlighting the importance of accuracy and vigilance in their work.",
"In the current frame, two individuals are engaged in discussing seismic data in an office or control room setting. The person standing is pointing at a computer screen displaying a map, which highlights the location of an earthquake. The text on the screen in Korean reads \"규모 5.1의 지진을 통보했는데 (불과) 40~50분 뒤에 앞서 발표한 지진보다 훨씬 큰,\" which translates to \"An earthquake of magnitude 5.1 was reported, but 40 to 50 minutes later, it was confirmed to be much larger than the earlier announced magnitude.\" This indicates that there has been a significant discovery of the earthquake's magnitude, suggesting a mistake in the initial announcement. The person seated is attentively listening and appears to be analyzing the new data. The overall context continues to highlight the emotional and psychological demands of earthquake monitoring and reporting, emphasizing the importance of accuracy and vigilance in their work.",
"In the current frame, a person stands in front of a control room background, which is filled with various data screens and maps. The individual is wearing a blue shirt and a name badge, suggesting they are involved in earthquake monitoring. Text on the screen behind them reads \"최대한 더 빨리 (문석) 해야겠다,\" which translates to \"We must report it as quickly as possible.\" This indicates a discussion about the urgency of reporting earthquakes and the importance of timely updates. The overall context highlights the emotional and psychological demands of earthquake monitoring and reporting, emphasizing the importance of accuracy and vigilance in their work.",
"The current frame depicts a visual explanation of earthquake early warning systems. It shows two industrial buildings with seismic waves being detected, indicating an earthquake. Above the buildings, there is Korean text explaining that if an earthquake with a magnitude of 5.0 or higher occurs, an earthquake early warning will be issued. Below the illustration, there is more Korean text describing the service's function: it detects ground shaking (P wave) and indicates imminent ground motion (S wave) before it reaches the surface, providing 5 to 10 seconds of warning time.\n\nThe text emphasizes the importance of such a service in providing early alerts to minimize earthquake-related damage and loss. This frame serves as an educational illustration, complementing the previous frame's discussion on the urgency and necessity of earthquake reporting and monitoring.",
"The current frame shows a person working at a computer in an office environment, indicating a sense of urgency and vigilance. The Korean text above the person reads, \"지진이 언제 발생할지 모르기 때문에\" (Because we don't know when an earthquake will occur), emphasizing the anxiety and uncertainty associated with earthquake predictions. The person appears to be monitoring or analyzing data on their computer, likely part of an earthquake early warning system. The environment suggests that this person is involved in earthquake duty, working to provide accurate information and early alerts to minimize damage. The context of the video highlights the challenging and high-stress nature of being responsible for earthquake reporting and monitoring, as mentioned in the ASR transcript.",
"In the current frame, a person is seated at a computer in an office environment, focused on monitoring or analyzing data displayed on multiple monitors. This individual is likely engaged in earthquake early warning tasks, as suggested by the Korean text above the person, which reads, \"지진이 언제 발생할지 모르기 때문에\" (Because we don't know when an earthquake will occur), highlighting the anxiety and uncertainty associated with earthquake predictions. The presence of various screens and data visualizations in the background indicates that the person is part of a team involved in earthquake duty. The overall context emphasizes the high-stress and urgent nature of their work, as they must stay vigilant and prepared to provide accurate information and early alerts to mitigate potential damage.",
"In the current frame, a person is standing in an office environment, with multiple monitors and data visualizations in the background. The text on the screen reads, \"지진을 말고 있는\" (Talking about earthquakes), indicating that the person is likely discussing earthquake-related tasks. The person is wearing a lanyard with an ID badge, suggesting they are part of a team involved in earthquake duty. The context emphasizes the high-stress and urgent nature of their work, as they must stay vigilant and prepared to provide accurate information and early alerts to mitigate potential damage. The overall scene underscores the critical and immediate responsibilities associated with earthquake duty.",
"In the current frame, the person is standing in an office environment, similar to the previous frame. They are wearing a lanyard with an ID badge, indicating their involvement in earthquake duty. The background still features multiple monitors and data visualizations, emphasizing the high-stress and urgent nature of their work. The text on the screen reads, \"To. 지진희 배우님!\" (To. Geunhee, the earthquake analyst!), suggesting that they are addressing a colleague. The text below states \"지진 업무 담당자로서,\" translating to \"As the earthquake duty person,\" reinforcing the critical role they play in earthquake analysis and reporting. The overall scene underscores the responsibility and stress associated with their duties in monitoring and analyzing earthquakes.",
"In the current frame, the person is standing in an office environment, similar to the previous frame. They are wearing a lanyard with an ID badge, indicating their involvement in earthquake duty. The background still features multiple monitors and data visualizations, emphasizing the high-stress and urgent nature of their work. The text on the screen reads, \"To. 지진희 배우님!\" (To. Geunhee, the earthquake analyst!), suggesting that they are addressing a colleague. The text below states \"지진 업무 담당자로서,\" translating to \"As the earthquake duty person,\" reinforcing the critical role they play in earthquake analysis and reporting. The overall scene underscores the responsibility and stress associated with their duties in monitoring and analyzing earthquakes.",
"The person in the image is seated at a desk, engaged in analyzing data on multiple computer monitors. They are focused on their work, which involves monitoring and reporting on earthquakes. The background features several screens displaying various data visualizations and maps, highlighting the critical nature of their task. The text on the screen reads \"지진은 신속·정확입니다,\" which translates to \"Earthquakes are fast and accurate.\" This emphasizes the urgency and precision required in their analysis and reporting of earthquakes. The overall setting underscores the high-stress environment and the critical role of the person in earthquake duty, as highlighted in the previous frame.",
"The person stands in front of a background filled with multiple computer monitors displaying various data visualizations and maps. They are wearing glasses, a blue shirt, and a badge, indicating their role in earthquake reporting and analysis. The text on the screen reads \"지진은 신속·정확입니다. 제가 그 신속·정확의 중심에 서겠습니다!\" which translates to \"Earthquakes are fast and accurate. I will be at the center of that speed and accuracy!\" This highlights their commitment to ensuring the rapid and precise reporting of earthquakes. The individual's posture and attire suggest a sense of professionalism and dedication to their role in earthquake duty."
] |
CXe6_CDrdB8
|
The video depicts a person involved in earthquake monitoring and reporting, analyzing seismic data and discussing their role in a professional setting, likely an office or control room. The individual is responsible for monitoring earthquakes both domestically and internationally, and reporting those that exceed a certain magnitude. They discuss a significant earthquake that occurred in Gyeongju with a magnitude of 5.8, which was initially misreported but later corrected. The person emphasizes the importance of swift and accurate action in earthquake reporting, highlighting the anxiety and tension that comes with the job. They also discuss the earthquake early warning system, which provides 5 to 10 seconds of warning time before an earthquake strikes. Throughout the video, the individual is shown working diligently, analyzing data, and discussing their work with colleagues, underscoring the high-stress and urgent nature of their role in earthquake duty. The video concludes with the person reaffirming their commitment to being at the center of rapid and accurate earthquake reporting.
|
{
"original": " 국내 뿐만 아니라 국외에서 발생하는 지진을 분석을 해서 일정 규모 이상이 되면 통보를 하고 있고요. 더불어서 화산 정보를 제공을 하고 있습니다. 경제에서 발생한 지진인데요. 아찔한데요. 당시만 해도 규모가 큰 지진은 별로 없었거든요. 분석하고 있는 분은 엄청 떨리고 식은땀은 나고 일단 불안감이 먼저 앞섰습니다. 1.1의 지진을 통보를 했는데 40분, 50분 뒤에 앞서 발표한 지진보다 훨씬 큰 게 감이 오더라고요. 최대한 더 빨리 해야 되겠다 분석을 시작했는데 규모 5.8이 나왔어요. 충분히 만족을 하고 있습니다. 지진이 어느 시각에 발생할지 모르기 때문에 항상 불안하고 긴장감을 가지고 근무하고 있지만 지진을 맡고 있는 담당자의 숙명이라고 생각합니다. 지진이 배우님, 지진 업무를 담당하고 있는 사람으로서 고마움을 느끼고 있습니다. 화이팅입니다. 지진, 올바로 알아야 빠르게 대처할 수 있습니다. 지진은 신속정학입니다. 제가 그 신속정학의 중심에 서겠습니다",
"refined": "In Korea and abroad, we analyze earthquakes and report those that exceed a certain magnitude. Additionally, we provide volcanic information. I'm referring to the earthquake that occurred in the economy. It was quite alarming. At the time, there weren't many large earthquakes, so the analyst was extremely nervous and anxious. After reporting a 1.1 magnitude earthquake, we felt that a much larger one was coming 40 to 50 minutes later. We began analyzing as quickly as possible and determined it was a 5.8 magnitude earthquake. I'm satisfied with the results. Since earthquakes can occur at any time, I'm always anxious and on edge, but I consider it an occupational hazard. As someone in charge of earthquake duty, I feel grateful. I'll do my best to provide accurate information, as understanding earthquakes correctly is crucial for prompt action.",
"summarized": "The speaker is an earthquake analyst who monitors and reports earthquakes in Korea and other countries. They recall a particular earthquake in Gyeongju that initially seemed small, but later turned out to be much larger, with a magnitude of 5.8. The analyst expresses satisfaction with their work and acknowledges the anxiety and tension that comes with the job, but feels a sense of responsibility and gratitude for being able to contribute to public safety through their work. The speaker emphasizes the importance of accurate and rapid information about earthquakes to facilitate quick response and preparedness.",
"translated": "We analyze earthquakes not only in Korea but also in other countries, and if they exceed a certain magnitude, we report them. Additionally, we provide volcanic information. This is about an earthquake that occurred in the economic sector, which was quite shocking. At the time, there weren't many large earthquakes, so the person analyzing it was extremely nervous, sweating, and felt a great deal of anxiety. We reported an earthquake with a magnitude of 1.1, but 40 to 50 minutes later, it became clear that it was going to be much larger than initially announced. We began analyzing as quickly as possible and determined that the magnitude was 5.8. I'm satisfied with the result. Since we can't predict when an earthquake will occur, we always work with a sense of anxiety and tension, but I believe this is the nature of being in charge of earthquake duty. As someone responsible for earthquake work, I feel grateful. Earthquakes require swift and accurate action, so it's essential to understand them correctly. I will be at the forefront of this rapid response.",
"translated_llm": "The earthquake is a major economic event. It is a painful event. It was not a major earthquake at the time. The person who was analyzing it was very shaken and sweating and I was very anxious. I reported a 1.1 earthquake, but after 40 minutes, 50 minutes, I was told that it was going to be much bigger than the one I had announced earlier. I started the analysis as soon as possible and it was 5.8. I am satisfied.",
"translated_whisper": " What is the earthquake in Korea? We analyze earthquakes in Korea and other countries and if they are of a certain size, we report them. In addition, we provide damage information. This is an earthquake from Gyeongju. It's a bit dizzy. At that time, there weren't many large earthquakes. I was very nervous and cold when I was analyzing. I was worried at first. I reported an earthquake at 1.2. After 40 to 50 minutes, I felt that it was much bigger than the previous earthquake. I started analyzing and I got a 5.8 scale. Q. How do you feel about the earthquake? I'm satisfied with the results. I don't know what the earthquake will look like, so I'm always anxious and nervous. But I think it's the life of the person in charge of the earthquake. Q. How do you feel about the earthquake? As an earthquake actor, I feel grateful as a person in charge of the earthquake. I'm cheering for you. Q. What is the earthquake? You have to know the earthquake correctly to react quickly. The earthquake is a rapid earthquake. I will be the center of that rapid development."
}
|
The 2016 Gyeongju earthquake occurred on September 12 near Gyeongju, South Korea.
|
[
"People running out of buildings during the 2016 Gyeongju, South Korea earthquake on September 12",
"Emergency responders searching through rubble after the 2016 Gyeongju, South Korea earthquake on September 12, 2016",
"Cars driving away from the affected area in Gyeongju, South Korea after the earthquake on 12 September 2016",
"Buildings with cracked walls and broken windows in Gyeongju, South Korea after the earthquake on 12 September 2016",
"Rescue teams carrying injured people on stretchers during the 12 September 2016 earthquake in Gyeongju, South Korea"
] |
[
"Buildings collapsing or showing significant structural damage during the 12 September 2016 earthquake in Gyeongju, South Korea",
"People evacuating their homes and gathering in safe areas in Gyeongju, South Korea after the earthquake on September 12, 2016",
"Emergency responders searching for survivors in rubble after the 2016 Gyeongju, South Korea earthquake on September 12",
"Roads blocked by debris and damaged vehicles after the 12 September 2016 earthquake in Gyeongju, South Korea",
"Residents assessing damage to their homes and belongings after the 12 September 2016 earthquake in Gyeongju, South Korea"
] |
[
"People running out of buildings during the earthquake in Gyeongju, South Korea on September 12, 2016",
"Rescue teams searching through rubble after the 12 September 2016 earthquake in Gyeongju, South Korea",
"Buildings with cracked walls and fallen debris in Gyeongju, South Korea after the 12 September 2016 earthquake",
"Emergency vehicles rushing to the scene after the 2016 Gyeongju, South Korea earthquake on September 12",
"People gathering in open spaces for safety during the 12 September 2016 earthquake in Gyeongju, South Korea"
] |
{
"article_url": "https://ko.wikipedia.org/wiki/2016%EB%85%84_%EA%B2%BD%EC%A3%BC_%EC%A7%80%EC%A7%84",
"during_prompt": "<|begin_of_text|><|start_header_id|>system<|end_header_id|>\n\nCutting Knowledge Date: December 2023\nToday Date: 26 Jul 2024\n\n<|eot_id|><|start_header_id|>user<|end_header_id|>\n\nYou are given a video search query. Assume the video search query is an ongoing event. You have to decompose the ongoing event in multiple simple events. The extracted events should be concrete enough to be visualized in a video.\n\nHere are some guidelines: \n- Extract events that could be visualized in a video.\n- Before extracting an event, consider whether the event text could serve as a reasonable caption for a frame of a video associated with the query.\n- Give specific events related to the query, use your previous WORLD KNOWLEDGE to extract events that are likely to be seen in a video. For example, if the query is \"2019 Christmas Eve Protests in Hong Kong\", you might return \"Protesters marching in the streets\", but not \"Protestors marching in snow\" because it is not likely to have snow in Hong Kong, though its pretty common in other places. \n- First, explain your reasoning in 1-2 sentences about which events it makes sense to extract. Then, provide a numbered list with the events (anywhere from one to five event; use your best judgement to determine how many to extract)\n- Structure your response into two sections, \"\"EXPLANATION:\"\" and then \"\"EVENTS:\"\". The events sections should contain nothing but the events. \n\nHere is the query I'd like you to extract events from: The 2016 Gyeongju earthquake occurred on September 12 near Gyeongju, South Korea.<|eot_id|><|start_header_id|>assistant<|end_header_id|>\n\n",
"during_raw_generation": "EXPLANATION: Given the query about the 2016 Gyeongju earthquake, it makes sense to extract events that are directly related to the consequences and aftermath of an earthquake, as these are the most likely to be visualized in a video. Events such as damage to buildings, rescue operations, and people reacting to the quake are plausible and commonly seen in earthquake-related videos.\n\nEVENTS:\n1. People running out of buildings\n2. Rescue teams searching through rubble\n3. Buildings with cracked walls and fallen debris\n4. Emergency vehicles rushing to the scene\n5. People gathering in open spaces for safety",
"en_article_excerpt": "The 2016 Gyeongju earthquake occurred on September 12 near Gyeongju, South Korea.",
"en_article_url": "https://en.wikipedia.org/wiki/2016_Gyeongju_earthquake",
"event_category": "disasters",
"event_name": "gyeongju_earthquake",
"language": "korean",
"prequel_prompt": "<|begin_of_text|><|start_header_id|>system<|end_header_id|>\n\nCutting Knowledge Date: December 2023\nToday Date: 26 Jul 2024\n\n<|eot_id|><|start_header_id|>user<|end_header_id|>\n\nYou are given a video search query. Assume the video search query is an ongoing event. You have to find out what previous events could lead to this given event. The extracted events should be concrete enough to be visualized in a video.\n\nHere are some guidelines: \n- Extract events that could be visualized in a video.\n- Before extracting an event, consider whether the event text could serve as a reasonable caption for a frame of a video associated with the query.\n- Give specific events related to the query, use your previous WORLD KNOWLEDGE to extract events that are likely to be seen in a video. For example, if the query is \"2019 Christmas Eve Protests in Hong Kong\", you might return \"Protesters marching in the streets\", but not \"Protestors marching in snow\" because it is not likely to have snow in Hong Kong, though its pretty common in other places. \n- First, explain your reasoning in 1-2 sentences about which events it makes sense to extract. Then, provide a numbered list with the events (anywhere from one to five event; use your best judgement to determine how many to extract)\n- Structure your response into two sections, \"\"EXPLANATION:\"\" and then \"\"EVENTS:\"\". The events sections should contain nothing but the events. \n\nHere is the query I'd like you to extract events from: The 2016 Gyeongju earthquake occurred on September 12 near Gyeongju, South Korea.<|eot_id|><|start_header_id|>assistant<|end_header_id|>\n\n",
"prequel_raw_generation": "EXPLANATION: It makes sense to extract events that are directly related to the aftermath or impact of an earthquake, as these would be the most visually apparent and relevant to a video about the 2016 Gyeongju earthquake. Events such as destruction, evacuation, and rescue efforts are likely to be seen in a video associated with this query.\n\nEVENTS:\n1. People running out of buildings\n2. Emergency responders searching through rubble\n3. Cars driving away from the affected area\n4. Buildings with cracked walls and broken windows\n5. Rescue teams carrying injured people on stretchers",
"sequel_prompt": "<|begin_of_text|><|start_header_id|>system<|end_header_id|>\n\nCutting Knowledge Date: December 2023\nToday Date: 26 Jul 2024\n\n<|eot_id|><|start_header_id|>user<|end_header_id|>\n\nYou are given a video search query. Assume the video search query is an ongoing event. You have to find out what events can be the outcome of this ongoing event. The extracted events should be concrete enough to be visualized in a video.\n\nHere are some guidelines: \n- Extract events that could be visualized in a video.\n- Before extracting an event, consider whether the event text could serve as a reasonable caption for a frame of a video associated with the query.\n- Give specific events related to the query, use your previous WORLD KNOWLEDGE to extract events that are likely to be seen in a video. For example, if the query is \"2019 Christmas Eve Protests in Hong Kong\", you might return \"Protesters marching in the streets\", but not \"Protestors marching in snow\" because it is not likely to have snow in Hong Kong, though its pretty common in other places. \n- First, explain your reasoning in 1-2 sentences about which events it makes sense to extract. Then, provide a numbered list with the events (anywhere from one to five event; use your best judgement to determine how many to extract)\n- Structure your response into two sections, \"\"EXPLANATION:\"\" and then \"\"EVENTS:\"\". The events sections should contain nothing but the events. \n\nHere is the query I'd like you to extract events from: The 2016 Gyeongju earthquake occurred on September 12 near Gyeongju, South Korea.<|eot_id|><|start_header_id|>assistant<|end_header_id|>\n\n",
"sequel_raw_generation": "EXPLANATION: Given the query about the 2016 Gyeongju earthquake, it makes sense to extract events that are directly related to the aftermath and impact of an earthquake, such as damage to infrastructure, rescue efforts, and evacuation procedures. These events are likely to be visually represented in a video associated with the query, providing a concrete and tangible depiction of the earthquake's effects.\n\nEVENTS:\n1. Buildings collapsing or showing significant structural damage\n2. People evacuating their homes and gathering in safe areas\n3. Emergency responders searching for survivors in rubble\n4. Roads blocked by debris and damaged vehicles\n5. Residents assessing damage to their homes and belongings",
"video_URL": "http://youtube.com/watch?v=uF3x63vtddc",
"video_description": "\"경주 지진, 지하수는 1~2일 전에 미리 알았다\" 지난 12일과 19일 경주에서 규모 5.8을 비롯한 대형 지진이 잇따라 발생하기 하루 이틀 전 주변 지하수 수위가 크게 상승해, 향후 지진예측에 활용할 수 있다는 주장이 나왔습니다. 정상용 부경대 지구환경과학과 교수는 진앙에서 가장 가까운 경북 경주시 산내면에 있는 지하수 관측소 자료를 분석한 결과, 이 같이 밝혔습니다. 자료를 보면 지난 11일 암반 지하수 수위는 하루 사이에 무려 49㎝ 상승했고, 17일에도 39㎝나 올라갔습니다. 정 교수는 지진에 앞서 암석에 강한 압력이 가해져 지하수 수위가 많이 올라간 것으로 보인다며, 규모 4.5 이상의 지진에만 영향을 받았다고 설명했습니다. 연합뉴스TV : 02-398-4409(제보) 4441(기사문의), 카톡/라인 jebo23 (끝)",
"video_id": "uF3x63vtddc"
}
| 16
|
[
"In the current frame, two news anchors are standing in a modern studio with a backdrop featuring multiple screens displaying various images and data. The male anchor on the left is dressed in a dark suit with a white shirt and a striped tie, while the female anchor on the right is wearing a maroon blazer over a white blouse. Both anchors appear to be presenting a news story.\n\nAt the bottom of the screen, there is a ticker with text in Korean, which translates to \"Gyeongju earthquake, groundwater rising 1~2 days in advance.\" This suggests that the news segment is discussing a recent event involving an earthquake in Gyeongju, South Korea, and how the groundwater levels in the area have shown significant changes ahead of the earthquake. The report indicates that these changes might be linked to earthquake prediction. \n\nThe text and visuals suggest that the story is focused on the correlation between groundwater levels and the occurrence of earthquakes, highlighting how Professor Jeong Sang-yong's analysis of data from an underground water observation station in Gyeongju supports the idea that increased groundwater levels could indicate an impending earthquake.",
"The image shows a scene from a news broadcast. It appears to depict a surveillance camera view of a street during heavy rainfall. The rain is visibly intense, with water cascading down, and some debris or leaves can be seen floating or being carried by the strong current. There is a metal structure, possibly a railing or a barrier, in the foreground. The timestamp indicates it is early evening, at 9:34 PM. The text at the bottom of the image in Korean translates to \"Gyeongju earthquake, groundwater rising 1~2 days in advance,\" reinforcing the news topic about the correlation between groundwater levels and earthquake prediction, which ties into the previous news segment discussing earthquakes in Gyeongju. The report suggests that increased groundwater levels might be a sign of an impending earthquake.",
"The current frame shows a surveillance camera view of a structure that appears to be a heavily damaged building or wall, with visible structural collapse and debris scattered around. The scene is enveloped in a misty or smoky atmosphere, indicating the aftermath of an intense event, likely an earthquake or collapse. The text at the bottom of the image translates to \"Gyeongju earthquake, groundwater rising 1~2 days in advance,\" reinforcing the news topic about the correlation between groundwater levels and earthquake prediction. This ties into the previous news segment discussing earthquakes in Gyeongju, suggesting that increased groundwater levels might be a sign of an impending earthquake. The footage highlights the aftermath of a significant disaster, with the heavy rain and debris suggesting the immediate aftermath of a powerful event.",
"The current frame shows a heavily damaged structure, with significant structural collapse and debris scattered around. The atmosphere is misty or smoky, indicating the aftermath of an intense event, likely an earthquake or collapse. The text at the bottom of the image translates to \"Gyeongju earthquake, groundwater rising 1~2 days in advance,\" reinforcing the news topic about the correlation between groundwater levels and earthquake prediction. This ties into the previous news segment discussing earthquakes in Gyeongju, suggesting that increased groundwater levels might be a sign of an impending earthquake. The footage highlights the aftermath of a significant disaster, with the heavy rain and debris suggesting the immediate aftermath of a powerful event.",
"The current frame shows a street at night with minimal vehicular activity, illuminated by streetlights. The footage appears to be from a surveillance camera, capturing a view from a raised position, possibly from a building or a similar structure. A few vehicles are parked on the side of the road, and a couple of people are walking along the sidewalks. The street is relatively quiet, with no signs of immediate destruction or movement indicative of an earthquake. The text at the bottom of the image translates to \"Gyeongju earthquake, groundwater rising 1~2 days in advance,\" continuing the news segment about the correlation between groundwater levels and earthquake prediction. This ties into the previous news segment discussing earthquakes in Gyeongju, suggesting that increased groundwater levels might be a sign of an impending earthquake. The footage provides a calm yet informative context, focusing on the normalcy of the area post-earthquake prediction data analysis.",
"The current frame shows a street at night with minimal vehicular activity, illuminated by streetlights. The footage appears to be from a surveillance camera, capturing a view from a raised position, possibly from a building or a similar structure. The street is relatively quiet, with no signs of immediate destruction or movement indicative of an earthquake. There are a few vehicles parked on the side of the road, and a couple of people are walking along the sidewalks. The street is marked with directional arrows, and there are tents and structures visible on the right side of the street. The text at the bottom of the image translates to \"Gyeongju earthquake, groundwater rising 1~2 days in advance,\" continuing the news segment about the correlation between groundwater levels and earthquake prediction. This ties into the previous news segment discussing earthquakes in Gyeongju, suggesting that increased groundwater levels might be a sign of an impending earthquake. The footage provides a calm yet informative context, focusing on the normalcy of the area post-earthquake prediction data analysis.",
"The current frame shows a black-and-white surveillance camera view inside a building, likely a home. On the left side, there is a calendar displaying dates from the 5th to the 29th. Inside the house, a person is seated at a table, appearing to be engaged in an activity such as writing or using a device. The room appears to be dimly lit, and there are some items on the table and in the background. The context of the video relates to the ongoing news segment about earthquakes in Gyeongju, discussing the correlation between increased groundwater levels and earthquake predictions. This frame continues to emphasize the normalcy of the area post-earthquake prediction data analysis.",
"The current frame depicts a news broadcast segment from 연합뉴스TV (Yonhap News TV). The screen displays a title in Korean: \"경주 지진, 지하수는 1~2일 전에 미리 알았다\" (Translation: \"Gyeongju earthquake, groundwater levels predict it 1-2 days in advance\"). Below the title, there is a time stamp showing \"23:09:30\" and a temperature reading of \"08:35\". The focus of the segment is on the connection between groundwater levels and earthquake predictions, as mentioned in the original ASR transcript.\n\nThe frame includes a visual representation of a room inside a building, likely a home. On the left side of the frame, there is a calendar with dates ranging from the 5th to the 29th, indicating a specific time frame. This calendar is adjacent to two large air conditioning units mounted on the wall. The room appears to be dimly lit, and the setting is consistent with the previous frame, emphasizing the normalcy of the area post-earthquake prediction data analysis. The broadcast seems to be providing context and analysis related to the news segment about earthquakes in Gyeongju, discussing how groundwater levels can predict seismic activities.",
"The current frame shows a nighttime street view in an urban area, possibly related to the context of the Gyeongju earthquake predictions mentioned in the previous frame. The street is relatively quiet with a few parked cars and minimal traffic. Streetlights and building lights provide illumination, creating a typical evening atmosphere. The focus of the segment remains on the relationship between groundwater levels and earthquake predictions, as indicated by the overlay text in Korean: \"경주 지진, 지하수는 1~2일 전에 미리 알았다\" (Translation: \"Gyeongju earthquake, groundwater levels predict it 1-2 days in advance\"). This suggests an ongoing analysis or report on how groundwater changes can serve as an early indicator of seismic events, connecting the current frame to the previous discussion on earthquake prediction and groundwater levels.",
"The current frame shows a nighttime street view in an urban area, consistent with the context of the Gyeongju earthquake predictions mentioned in the previous frame. The street is relatively quiet with a few parked cars and minimal traffic. Streetlights and building lights illuminate the scene, creating a typical evening atmosphere. The overlay text in Korean: \"경주 지진, 지하수는 1~2일 전에 미리 알았다\" (Translation: \"Gyeongju earthquake, groundwater levels predict it 1-2 days in advance\") indicates an ongoing analysis or report on how groundwater changes can serve as an early indicator of seismic events. This connects the current frame to the previous discussion on earthquake prediction and groundwater levels.",
"The current frame shows a nighttime street view in an urban area, consistent with the context of the Gyeongju earthquake predictions mentioned in the previous frame. The street is relatively quiet with a few parked cars and minimal traffic. A white car is seen driving down the street, and a person wearing a dark outfit is walking on the sidewalk, seemingly occupied with their phone. The streetlights and building lights illuminate the scene, creating a typical evening atmosphere. Overlay text in Korean: \"경주 지진, 지하수는 1~2일 전에 미리 알았다\" (Translation: \"Gyeongju earthquake, groundwater levels predict it 1-2 days in advance\") indicates an ongoing analysis or report on how groundwater changes can serve as an early indicator of seismic events. This connects the current frame to the previous discussion on earthquake prediction and groundwater levels.",
"In the current frame, a group of people is gathered near a storefront at night, possibly engaged in conversation or observing something. The scene is illuminated by the streetlights and the shop's exterior lighting. A white car is seen driving past on the adjacent road. The overlay text in Korean: \"경주 지진, 지하수는 1~2일 전에 미리 알았다\" (Translation: \"Gyeongju earthquake, groundwater levels predict it 1-2 days in advance\") is prominently displayed, indicating the ongoing analysis of groundwater levels as an early indicator of seismic events. This frame connects to the previous discussion on earthquake prediction and groundwater levels, reinforcing the context of groundwater changes being used to predict future earthquakes in Gyeongju.",
"The current frame depicts a traditional building with a tiled roof, where two individuals are actively engaged in work on the roof. The person on the left is wearing a white shirt, and the person on the right is wearing a pink shirt. The image suggests maintenance or repair work being conducted on the roof, likely related to the context of earthquake prediction and groundwater levels mentioned in the previous frame. The overlay text, \"경주 지진, 지하수는 1~2일 전에 미리 알았다\" (Translation: \"Gyeongju earthquake, groundwater levels predict it 1-2 days in advance\"), reinforces the ongoing discussion about the significance of groundwater levels in predicting seismic events. This scene likely continues the narrative of evaluating the relationship between groundwater changes and earthquake occurrences, as previously observed in Gyeongju.",
"The current frame shows two individuals actively engaged in work on a traditional building with a tiled roof, located in Gyeongju. The person on the left is wearing a white shirt, while the person on the right is wearing a pink shirt. They appear to be conducting maintenance or repair work on the roof. This scene continues the narrative of evaluating the relationship between groundwater changes and earthquake occurrences, as previously observed in Gyeongju. The overlay text, \"경주 지진, 지하수는 1~2일 전에 미리 알았다\" (Translation: \"Gyeongju earthquake, groundwater levels predict it 1-2 days in advance\"), reinforces the ongoing discussion about the significance of groundwater levels in predicting seismic events.",
"In the current frame, two individuals are actively engaged in repair work on a traditional building in Gyeongju, which features a tiled roof. One person is wearing a white shirt, and the other is wearing a pink shirt. They appear to be engaged in maintenance or repair work, likely as part of efforts to address potential structural issues. The overlay text, \"경주 지진, 지하수는 1~2일 전에 미리 알았다\" (Translation: \"Gyeongju earthquake, groundwater levels predict it 1-2 days in advance\"), continues the narrative from the previous frame, emphasizing the connection between groundwater changes and earthquake occurrences. This activity is part of a broader investigation and assessment of how groundwater levels can be used as an indicator for predicting future seismic events, aligning with the previous frame's description of evaluating the relationship between these factors.",
"In the current frame, two individuals are actively engaged in repair work on a traditional building in Gyeongju, which features a tiled roof. One person is wearing a white shirt, and the other is wearing a pink shirt. They appear to be engaged in maintenance or repair work, likely as part of efforts to address potential structural issues. The overlay text, \"경주 지진, 지하수는 1~2일 전에 미리 알았다\" (Translation: \"Gyeongju earthquake, groundwater levels predict it 1-2 days in advance\"), continues the narrative from the previous frame, emphasizing the connection between groundwater changes and earthquake occurrences. This activity is part of a broader investigation and assessment of how groundwater levels can be used as an indicator for predicting future seismic events, aligning with the previous frame's description of evaluating the relationship between these factors."
] |
uF3x63vtddc
|
The video discusses a news story about the correlation between groundwater levels and earthquake prediction in Gyeongju, South Korea. Two news anchors present the story, citing research by Professor Jeong Sang-yong, who analyzed data from an underground water observation station and found that groundwater levels rose significantly a day or two before recent large earthquakes in the area. The video shows various scenes, including surveillance footage of streets and buildings, some of which appear damaged, as well as people engaged in daily activities and repair work on traditional buildings. The footage is interspersed with text overlays in Korean, translating to "Gyeongju earthquake, groundwater levels predict it 1-2 days in advance," emphasizing the potential for groundwater level changes to serve as an early indicator of seismic events. The story highlights the possibility of using groundwater level monitoring as a tool for earthquake prediction, with Professor Jeong's research suggesting that increases in groundwater levels could be caused by strong pressure on rocks before an earthquake, particularly for those with a magnitude of 4.5 or higher. Overall, the video presents an informative segment on the relationship between groundwater levels and earthquake prediction, focusing on the Gyeongju earthquakes and the potential for advanced warning systems based on groundwater monitoring.
|
{
"original": " 지난 11일과 19일 경주에서 규모 5.8을 비롯한 대형 지진이 잇따라 발생하기 하루 이틀 전, 주변 지하수의 수위가 크게 상승해 향후 지진 예측에 활용할 수 있다는 주장이 나왔습니다. 정상용 부경대 지구환경과학과 교수는 진앙에서 가장 가까운 경북 경주시 산내면에 있는 지하수 관측소 자료를 분석한 결과 이같이 밝혔습니다. 자료를 보면 지난 11일 안반 지하수 수위는 하루 사이에 무려 49cm가 상승했고, 17일에도 39cm나 올라갔습니다. 정 교수는 지진에 앞서 암석에 강한 압력이 가해져 지하수의 수위가 많이 올라간 것으로 보인다며 규모 4.5 이상의 지진에만 영향을 받았다고 설명했습니다.",
"refined": "On the 11th and 19th, large earthquakes, including a 5.8-magnitude quake, occurred in Gyeongju. A day or two before the earthquakes, the groundwater level in the surrounding area rose significantly, which could be useful for predicting future earthquakes. Professor Jung of the Department of Earth and Environmental Science at Pukyong National University analyzed data from a groundwater observation facility in Sanin-myeon, Gyeongju, closest to the epicenter. The data shows that the groundwater level in Anban rose by 49cm in one day on the 11th and by 39cm on the 17th. According to Professor Jung, strong pressure on the rock prior to the earthquake caused a significant rise in the groundwater level, which was only affected by earthquakes with a magnitude of 4.5 or higher.",
"summarized": "Research by Professor Jung of the Earth Environment Science department at Pukyong National University suggests that changes in underground water levels may be used to predict future earthquakes. Analyzing data from an underground water observation facility in Gyeongju, the professor found that the water level rose significantly, 49cm on the 11th and 39cm on the 17th, before recent large earthquakes in the area. According to Professor Jung, the increased water level is likely due to strong pressure on rocks before an earthquake, and this phenomenon is only observed with earthquakes of magnitude 4.5 or higher.",
"translated": "A day or two before the recent large earthquakes, including a 5.8-magnitude quake, struck Gyeongju on the 11th and 19th, the groundwater level in the surrounding area rose significantly, prompting claims that this phenomenon could be used to predict future earthquakes. Professor Jeong Sang-yong of the Department of Earth and Environmental Science at Pukyong National University analyzed data from an underground water observation station in Sanneom-myeon, Gyeongju, which is closest to the epicenter, and reported these findings. According to the data, the groundwater level in Anban rose by 49cm in just one day on the 11th and by 39cm on the 17th. Professor Jeong explained that the increase in groundwater level appeared to be caused by strong pressure on the rocks before the earthquake and that only earthquakes with a magnitude of 4.5 or higher had an impact.",
"translated_llm": "The data from the nearest underground water observatory in the mountains of North Korea, located in the heart of North Korea, showed that the underground water level rose by 49 cm in the past 11 days and rose by 39 cm on the 17th. The professor explained that the underground water level appeared to have risen a lot before the earthquake and that the earthquake was only affected by a strong pressure on the rocks.",
"translated_whisper": " On the 11th and 19th, a large earthquake of 5.8 in Gyeongju, two days before the earthquake, The number of underground water around the area has risen significantly, and it is estimated that it can be used to predict the future. Professor of Earth Environment Science at the National University of Gyeongju, Gyeongsang-do, The data of the underground water observation facility in the mountains in Gyeongju, which is the closest to the Jinhang, has been analyzed. According to the data, the underground water level in Anban was 49cm higher in a day on the 11th, and it rose to 39cm on the 17th. Professor Jung said that the strong pressure of the rock was applied to the earthquake, and the underground water level rose a lot, and that it was only affected by an earthquake of 4.5 or more."
}
|
The 2016 Gyeongju earthquake occurred on September 12 near Gyeongju, South Korea.
|
[
"People running out of buildings during the 2016 Gyeongju, South Korea earthquake on September 12",
"Emergency responders searching through rubble after the 2016 Gyeongju, South Korea earthquake on September 12, 2016",
"Cars driving away from the affected area in Gyeongju, South Korea after the earthquake on 12 September 2016",
"Buildings with cracked walls and broken windows in Gyeongju, South Korea after the earthquake on 12 September 2016",
"Rescue teams carrying injured people on stretchers during the 12 September 2016 earthquake in Gyeongju, South Korea"
] |
[
"Buildings collapsing or showing significant structural damage during the 12 September 2016 earthquake in Gyeongju, South Korea",
"People evacuating their homes and gathering in safe areas in Gyeongju, South Korea after the earthquake on September 12, 2016",
"Emergency responders searching for survivors in rubble after the 2016 Gyeongju, South Korea earthquake on September 12",
"Roads blocked by debris and damaged vehicles after the 12 September 2016 earthquake in Gyeongju, South Korea",
"Residents assessing damage to their homes and belongings after the 12 September 2016 earthquake in Gyeongju, South Korea"
] |
[
"People running out of buildings during the earthquake in Gyeongju, South Korea on September 12, 2016",
"Rescue teams searching through rubble after the 12 September 2016 earthquake in Gyeongju, South Korea",
"Buildings with cracked walls and fallen debris in Gyeongju, South Korea after the 12 September 2016 earthquake",
"Emergency vehicles rushing to the scene after the 2016 Gyeongju, South Korea earthquake on September 12",
"People gathering in open spaces for safety during the 12 September 2016 earthquake in Gyeongju, South Korea"
] |
{
"article_url": "https://ko.wikipedia.org/wiki/2016%EB%85%84_%EA%B2%BD%EC%A3%BC_%EC%A7%80%EC%A7%84",
"during_prompt": "<|begin_of_text|><|start_header_id|>system<|end_header_id|>\n\nCutting Knowledge Date: December 2023\nToday Date: 26 Jul 2024\n\n<|eot_id|><|start_header_id|>user<|end_header_id|>\n\nYou are given a video search query. Assume the video search query is an ongoing event. You have to decompose the ongoing event in multiple simple events. The extracted events should be concrete enough to be visualized in a video.\n\nHere are some guidelines: \n- Extract events that could be visualized in a video.\n- Before extracting an event, consider whether the event text could serve as a reasonable caption for a frame of a video associated with the query.\n- Give specific events related to the query, use your previous WORLD KNOWLEDGE to extract events that are likely to be seen in a video. For example, if the query is \"2019 Christmas Eve Protests in Hong Kong\", you might return \"Protesters marching in the streets\", but not \"Protestors marching in snow\" because it is not likely to have snow in Hong Kong, though its pretty common in other places. \n- First, explain your reasoning in 1-2 sentences about which events it makes sense to extract. Then, provide a numbered list with the events (anywhere from one to five event; use your best judgement to determine how many to extract)\n- Structure your response into two sections, \"\"EXPLANATION:\"\" and then \"\"EVENTS:\"\". The events sections should contain nothing but the events. \n\nHere is the query I'd like you to extract events from: The 2016 Gyeongju earthquake occurred on September 12 near Gyeongju, South Korea.<|eot_id|><|start_header_id|>assistant<|end_header_id|>\n\n",
"during_raw_generation": "EXPLANATION: Given the query about the 2016 Gyeongju earthquake, it makes sense to extract events that are directly related to the consequences and aftermath of an earthquake, as these are the most likely to be visualized in a video. Events such as damage to buildings, rescue operations, and people reacting to the quake are plausible and commonly seen in earthquake-related videos.\n\nEVENTS:\n1. People running out of buildings\n2. Rescue teams searching through rubble\n3. Buildings with cracked walls and fallen debris\n4. Emergency vehicles rushing to the scene\n5. People gathering in open spaces for safety",
"en_article_excerpt": "The 2016 Gyeongju earthquake occurred on September 12 near Gyeongju, South Korea.",
"en_article_url": "https://en.wikipedia.org/wiki/2016_Gyeongju_earthquake",
"event_category": "disasters",
"event_name": "gyeongju_earthquake",
"language": "korean",
"prequel_prompt": "<|begin_of_text|><|start_header_id|>system<|end_header_id|>\n\nCutting Knowledge Date: December 2023\nToday Date: 26 Jul 2024\n\n<|eot_id|><|start_header_id|>user<|end_header_id|>\n\nYou are given a video search query. Assume the video search query is an ongoing event. You have to find out what previous events could lead to this given event. The extracted events should be concrete enough to be visualized in a video.\n\nHere are some guidelines: \n- Extract events that could be visualized in a video.\n- Before extracting an event, consider whether the event text could serve as a reasonable caption for a frame of a video associated with the query.\n- Give specific events related to the query, use your previous WORLD KNOWLEDGE to extract events that are likely to be seen in a video. For example, if the query is \"2019 Christmas Eve Protests in Hong Kong\", you might return \"Protesters marching in the streets\", but not \"Protestors marching in snow\" because it is not likely to have snow in Hong Kong, though its pretty common in other places. \n- First, explain your reasoning in 1-2 sentences about which events it makes sense to extract. Then, provide a numbered list with the events (anywhere from one to five event; use your best judgement to determine how many to extract)\n- Structure your response into two sections, \"\"EXPLANATION:\"\" and then \"\"EVENTS:\"\". The events sections should contain nothing but the events. \n\nHere is the query I'd like you to extract events from: The 2016 Gyeongju earthquake occurred on September 12 near Gyeongju, South Korea.<|eot_id|><|start_header_id|>assistant<|end_header_id|>\n\n",
"prequel_raw_generation": "EXPLANATION: It makes sense to extract events that are directly related to the aftermath or impact of an earthquake, as these would be the most visually apparent and relevant to a video about the 2016 Gyeongju earthquake. Events such as destruction, evacuation, and rescue efforts are likely to be seen in a video associated with this query.\n\nEVENTS:\n1. People running out of buildings\n2. Emergency responders searching through rubble\n3. Cars driving away from the affected area\n4. Buildings with cracked walls and broken windows\n5. Rescue teams carrying injured people on stretchers",
"sequel_prompt": "<|begin_of_text|><|start_header_id|>system<|end_header_id|>\n\nCutting Knowledge Date: December 2023\nToday Date: 26 Jul 2024\n\n<|eot_id|><|start_header_id|>user<|end_header_id|>\n\nYou are given a video search query. Assume the video search query is an ongoing event. You have to find out what events can be the outcome of this ongoing event. The extracted events should be concrete enough to be visualized in a video.\n\nHere are some guidelines: \n- Extract events that could be visualized in a video.\n- Before extracting an event, consider whether the event text could serve as a reasonable caption for a frame of a video associated with the query.\n- Give specific events related to the query, use your previous WORLD KNOWLEDGE to extract events that are likely to be seen in a video. For example, if the query is \"2019 Christmas Eve Protests in Hong Kong\", you might return \"Protesters marching in the streets\", but not \"Protestors marching in snow\" because it is not likely to have snow in Hong Kong, though its pretty common in other places. \n- First, explain your reasoning in 1-2 sentences about which events it makes sense to extract. Then, provide a numbered list with the events (anywhere from one to five event; use your best judgement to determine how many to extract)\n- Structure your response into two sections, \"\"EXPLANATION:\"\" and then \"\"EVENTS:\"\". The events sections should contain nothing but the events. \n\nHere is the query I'd like you to extract events from: The 2016 Gyeongju earthquake occurred on September 12 near Gyeongju, South Korea.<|eot_id|><|start_header_id|>assistant<|end_header_id|>\n\n",
"sequel_raw_generation": "EXPLANATION: Given the query about the 2016 Gyeongju earthquake, it makes sense to extract events that are directly related to the aftermath and impact of an earthquake, such as damage to infrastructure, rescue efforts, and evacuation procedures. These events are likely to be visually represented in a video associated with the query, providing a concrete and tangible depiction of the earthquake's effects.\n\nEVENTS:\n1. Buildings collapsing or showing significant structural damage\n2. People evacuating their homes and gathering in safe areas\n3. Emergency responders searching for survivors in rubble\n4. Roads blocked by debris and damaged vehicles\n5. Residents assessing damage to their homes and belongings",
"video_URL": "http://youtube.com/watch?v=nln3QFJggKs",
"video_description": "106억 → 58억…경주 지진 피해금액 반토막 잇단 강진으로 100억원이 넘는 것으로 추정됐던 경주시의 공식 피해규모가 58억원 수준에 그치는 것으로 집계됐습니다. 경주시가 지진 발생 뒤 전수조사를 통해 발표한 잠정 추산 피해액은 약 107억원이었지만 사유재산 피해는 대부분 공식 피해액에서 빠졌습니다. 규정상 기와가 떨어지거나 벽체에 금이 가고 담장이 파손된 것은 재산피해 산정되지 않습니다. 이에 따라 사유재산 중에는 지진으로 주택이 완전히 부서지거나 반쯤 허물어진 것만 공식 피해액에 들어갔습니다. 연합뉴스TV : 02-398-4409(제보) 4441(기사문의), 카톡/라인 jebo23 (끝)",
"video_id": "nln3QFJggKs"
}
| 16
|
[
"The current frame is from a news broadcast on a news channel, showing two news anchors reporting on the earthquake in Gyeongju. The male anchor is on the left, while the female anchor is on the right. In the background, there is a map of South Korea with a circular radar-like graphic overlaying the area of Gyeongju, indicating the location of the earthquake. The news ticker at the bottom provides information about the revised damage estimate for Gyeongju, which was initially expected to exceed 10 billion won but has been revised to approximately 5.8 billion won. The broadcast mentions that preliminary estimated damages amounted to around 10.7 billion won, but most private property damages were not included in the official tally. The male anchor reports this news, and the female anchor also appears to be providing commentary on the revised damage estimate.",
"The current frame continues the news broadcast on a news channel, focusing on the earthquake in Gyeongju. The frame shows a large aerial view of Gyeongju city, with the text overlay indicating that the revised damage estimate is approximately 5.8 billion won, down from the initially expected 10 billion won. The aerial view provides a broad perspective of the city, with the weather appearing overcast and possibly rainy, emphasizing the aftermath of the earthquake. In the background, the map of South Korea and a circular radar-like graphic overlaying Gyeongju highlight the location of the earthquake. The news ticker at the bottom of the screen provides additional information about the revised damage estimate and the preliminary estimated damages of around 10.7 billion won, noting that most private property damages were not included in the official tally. This frame reinforces the context of the earlier news anchor reports, focusing on the impact of the earthquake on the city's infrastructure and the revised damage assessment.",
"The current frame shows an aerial view of Gyeongju city with the text overlay indicating that the revised damage estimate for the earthquake is approximately 5.8 billion won, down from the initially expected 10 billion won. The weather appears overcast, emphasizing the aftermath of the earthquake. The news ticker at the bottom of the screen provides additional information about the revised damage estimate and preliminary estimated damages of around 10.7 billion won, noting that most private property damages were not included in the official tally. The map of South Korea and a circular radar-like graphic overlaying Gyeongju highlight the location of the earthquake. This frame reinforces the context of the earlier news anchor reports, focusing on the impact of the earthquake on the city's infrastructure and the revised damage assessment.",
"The current frame depicts a scene in Gyeongju, showing a damaged traditional building with its roof partially collapsed. In the foreground, there is a truck equipped with a crane, suggesting ongoing recovery efforts or demolition. Several vehicles are parked nearby, and debris is scattered around, indicating recent destruction. The background features traditional Korean architecture, emphasizing the cultural significance of the area affected by the earthquake. The text overlay on the image confirms that the revised damage estimate for the earthquake in Gyeongju is approximately 5.8 billion won, down from the initially expected 10 billion won. This scene underscores the impact of the earthquake on the city's infrastructure and the revised assessment of damages, continuing the narrative from the previous frame.",
"In the current frame, two men are seen working on a damaged traditional building in Gyeongju. One man, wearing a white cap and a light-colored shirt, is standing on a wooden chair and appears to be inspecting or repairing parts of the roof. The other man, dressed in a red vest and dark pants, is assisting him. The background shows a pile of damaged tiles and traditional tiled roofs, reinforcing the ongoing recovery efforts following the earthquake. The text overlay indicates that the revised damage estimate for the earthquake in Gyeongju is approximately 5.8 billion won, down from the initially expected 10 billion won. This scene continues the narrative of assessing and mitigating the damage caused by the earthquake in the culturally significant area.",
"The current frame shows a damaged area with numerous blackened and charred objects scattered across the ground, likely remnants of collapsed structures or debris from the earthquake in Gyeongju. The text overlay indicates a revised damage estimate of approximately 5.8 billion won, down from the initially expected 10 billion won. The scene is part of the ongoing recovery efforts, with the area appearing neglected and in need of cleanup.",
"The current frame depicts a scene of damage in Gyeongju, likely the aftermath of an earthquake. Numerous blackened and charred objects are scattered across the ground, indicating debris from collapsed structures. The area is neglected and in need of cleanup, as shown by the text overlay indicating a revised damage estimate of approximately 5.8 billion won, down from the initially expected 10 billion won. This scene reflects ongoing recovery efforts in the aftermath of the earthquake.",
"The current frame shows a scene in Gyeongju following an earthquake, where a person is measuring or inspecting a traditional house. The house appears to have suffered damage, as indicated by the context provided in the original ASR transcript. The individuals present are likely assessing the extent of the damage, which has been revised from an initial estimate of over 10 billion won to around 5.8 billion won. The setting is a traditional Korean neighborhood, and the focus is on the affected structures and the ongoing evaluation of the damage. The scene reflects recovery efforts in a community that has experienced significant structural impact from the earthquake.",
"The current frame depicts an interior view of a severely damaged building in Gyeongju, following an earthquake. The structure has a collapsed roof with broken wooden beams and exposed ceiling. The damage is extensive, with significant structural collapse evident. In the background, traditional Korean construction materials and materials are visible, consistent with the neighborhood setting described in the previous frame. The overall scene reflects the aftermath of the earthquake, with ongoing efforts to assess and understand the full extent of the damage, which has been revised from an initial estimate of over 10 billion won to around 5.8 billion won.",
"In the current frame, an individual is seen repairing a wall in a residential area. The wall shows signs of damage, including cracks and discoloration. The person, wearing a red and white jacket and a red cap, appears to be applying plaster or some form of repair material to the wall. This activity suggests efforts to repair the damage caused by the earthquake, aligning with the context provided in the original ASR transcript where the official damage estimate for Gyeongju has been revised to approximately 5.8 billion won. The ongoing repair work reflects the efforts to mitigate the structural issues resulting from the earthquake, which are consistent with the overall narrative of assessing and addressing earthquake-related damage in Gyeongju.",
"In the current frame, a close-up view of a wall with visible cracks and signs of damage is shown, consistent with the context provided in the original ASR transcript. The image focuses on the severity of the structural damage caused by the earthquake in Gyeongju. The cracks are extensive, indicating significant structural issues. This aligns with the ongoing efforts to assess and address earthquake-related damage in Gyeongju, as described in the previous frame. The presence of the cracks highlights the need for repairs and the impact of the earthquake on residential areas.",
"The current frame shows a close-up view of a road with visible cracks, consistent with the context provided in the original ASR transcript. The cracks indicate significant structural issues, aligning with the ongoing efforts to assess and address earthquake-related damage in Gyeongju. The road's damage highlights the impact of the earthquake on infrastructure, emphasizing the need for repairs and reconstruction efforts.",
"The current frame displays a close-up view of a road with visible cracks, consistent with the context provided in the original ASR transcript. The cracks indicate significant structural issues, aligning with the ongoing efforts to assess and address earthquake-related damage in Gyeongju. The road's damage highlights the impact of the earthquake on infrastructure, emphasizing the need for repairs and reconstruction efforts.",
"The current frame shows a road with significant cracks, consistent with the context provided in the original ASR transcript. The cracks indicate significant structural issues, aligning with the ongoing efforts to assess and address earthquake-related damage in Gyeongju. The road's damage highlights the impact of the earthquake on infrastructure, emphasizing the need for repairs and reconstruction efforts. The text in the image indicates that the official damage estimate for Gyeongju has been revised from 10 billion won to approximately 5.8 billion won following a thorough survey after the earthquake. This revision reflects the initial overestimation and the exclusion of private property damages from the official tally. The focus remains on the assessment and evaluation of earthquake damage, with a particular emphasis on infrastructure issues such as cracked roads, underscoring the urgency for repairs and reconstruction.",
"The current frame shows a damaged wall in a building in Gyeongju, consistent with the context provided in the original ASR transcript. The wall has significant structural issues, aligning with the ongoing efforts to assess and address earthquake-related damage in Gyeongju. The damage to the wall highlights the impact of the earthquake on buildings, emphasizing the need for repairs and reconstruction efforts. The text in the image indicates that the official damage estimate for Gyeongju has been revised from 10 billion won to approximately 5.8 billion won following a thorough survey after the earthquake. This revision reflects the initial overestimation and the exclusion of private property damages from the official tally. The focus remains on the assessment and evaluation of earthquake damage, with a particular emphasis on structural issues such as cracked walls, underscoring the urgency for repairs and reconstruction.",
"The current frame shows a damaged wall in a building in Gyeongju, consistent with the context provided in the original ASR transcript. The wall has significant structural issues, aligning with the ongoing efforts to assess and address earthquake-related damage in Gyeongju. The damage to the wall highlights the impact of the earthquake on buildings, emphasizing the need for repairs and reconstruction efforts. The text in the image indicates that the official damage estimate for Gyeongju has been revised from 10 billion won to approximately 5.8 billion won following a thorough survey after the earthquake. This revision reflects the initial overestimation and the exclusion of private property damages from the official tally. The focus remains on the assessment and evaluation of earthquake damage, with a particular emphasis on structural issues such as cracked walls, underscoring the urgency for repairs and reconstruction."
] |
nln3QFJggKs
|
The video depicts the aftermath of an earthquake in Gyeongju, South Korea, with a focus on the damage assessment and recovery efforts. The official damage estimate, initially expected to exceed 10 billion won, has been revised to approximately 5.8 billion won after a thorough survey. The video shows news anchors reporting on the revised estimate, aerial views of the city, and damaged buildings, including traditional Korean structures. The frames also show individuals inspecting and repairing damaged walls, roofs, and roads, highlighting the impact of the earthquake on infrastructure and residential areas. The original ASR transcript provides context, explaining that the revised estimate excludes private property damages such as cracks in walls and broken fences, and only includes cases where homes were completely or partially destroyed. The video showcases the ongoing efforts to assess and address earthquake-related damage in Gyeongju, emphasizing the need for repairs and reconstruction.
|
{
"original": " 이딴 강진으로 100억 원이 넘는 것으로 추정됐던 경주시의 공식 피해 규모가 58억 원 수준에 그치는 것으로 집계됐습니다. 경주시가 지진 발생 뒤 전수조사를 통해 발표한 잠정추산 피해액은 약 107억 원이었지만 사유재산 피해는 대부분 공식 피해액에서 빠졌습니다. 규정상 기화가 떨어지거나 벽체에 금이 가고 담장이 파손된 것은 재산 피해로 산정되지 않습니다. 사유재산 중에는 지진으로 주택이 완전히 부서지거나 반쯤 허물어진 것만 공식 피해에게 들어갔습니다.",
"refined": "The official damage in Gyeongju, initially estimated to exceed 10 billion won, has been recalculated to around 5.8 billion won. Following a thorough investigation after the earthquake, the city reported a preliminary estimated damage of approximately 10.7 billion won, but most private property damage was excluded from the official total. According to regulations, damage such as cracks in walls or broken fences is not considered property damage. Only private properties that were completely destroyed or partially demolished due to the earthquake were included in the official damage report.",
"summarized": "Gyeongju city's official damage from the earthquake was estimated to be over 1 billion won, but the final calculation is around 580 million won. The initial estimate of 1.07 billion won was reduced as most private property damages, such as cracks in walls or broken fences, were not included due to regulations. Only severe cases of private property damage, such as completely or partially destroyed houses, were accounted for in the official damage total.",
"translated": "The official damage estimate for Gyeongju, initially expected to exceed 10 billion won, has been revised to approximately 5.8 billion won. Following a thorough survey after the earthquake, the city reported preliminary estimated damages of around 10.7 billion won. However, most private property damages were not included in the official tally. According to regulations, damages such as cracks in walls, broken fences, or decreased building foundations are not considered property damage. Only cases where homes were completely or partially destroyed due to the earthquake were counted in the official damage estimate.",
"translated_llm": "The official damage estimated by the city of 경주 to be over 10 billion won was estimated to be at 58 billion won. The estimated damage was about 107 billion won, but most of the damage was lost from the official damage.",
"translated_whisper": " The official damage of Gyeongju, which was estimated to be over 1 billion won, has reached the level of 5.8 billion won. The total damage of the dam was about 1.7 billion won, which was announced through a full-scale survey after the earthquake. But most of the damage to the property was removed from the official damage. According to the regulations, the damage to the dam is not determined as damage to the property. Accordingly, the property was damaged by an earthquake, or half of the property was destroyed."
}
|
The 2016 Gyeongju earthquake occurred on September 12 near Gyeongju, South Korea.
|
[
"People running out of buildings during the 2016 Gyeongju, South Korea earthquake on September 12",
"Emergency responders searching through rubble after the 2016 Gyeongju, South Korea earthquake on September 12, 2016",
"Cars driving away from the affected area in Gyeongju, South Korea after the earthquake on 12 September 2016",
"Buildings with cracked walls and broken windows in Gyeongju, South Korea after the earthquake on 12 September 2016",
"Rescue teams carrying injured people on stretchers during the 12 September 2016 earthquake in Gyeongju, South Korea"
] |
[
"Buildings collapsing or showing significant structural damage during the 12 September 2016 earthquake in Gyeongju, South Korea",
"People evacuating their homes and gathering in safe areas in Gyeongju, South Korea after the earthquake on September 12, 2016",
"Emergency responders searching for survivors in rubble after the 2016 Gyeongju, South Korea earthquake on September 12",
"Roads blocked by debris and damaged vehicles after the 12 September 2016 earthquake in Gyeongju, South Korea",
"Residents assessing damage to their homes and belongings after the 12 September 2016 earthquake in Gyeongju, South Korea"
] |
[
"People running out of buildings during the earthquake in Gyeongju, South Korea on September 12, 2016",
"Rescue teams searching through rubble after the 12 September 2016 earthquake in Gyeongju, South Korea",
"Buildings with cracked walls and fallen debris in Gyeongju, South Korea after the 12 September 2016 earthquake",
"Emergency vehicles rushing to the scene after the 2016 Gyeongju, South Korea earthquake on September 12",
"People gathering in open spaces for safety during the 12 September 2016 earthquake in Gyeongju, South Korea"
] |
{
"article_url": "https://ko.wikipedia.org/wiki/2016%EB%85%84_%EA%B2%BD%EC%A3%BC_%EC%A7%80%EC%A7%84",
"during_prompt": "<|begin_of_text|><|start_header_id|>system<|end_header_id|>\n\nCutting Knowledge Date: December 2023\nToday Date: 26 Jul 2024\n\n<|eot_id|><|start_header_id|>user<|end_header_id|>\n\nYou are given a video search query. Assume the video search query is an ongoing event. You have to decompose the ongoing event in multiple simple events. The extracted events should be concrete enough to be visualized in a video.\n\nHere are some guidelines: \n- Extract events that could be visualized in a video.\n- Before extracting an event, consider whether the event text could serve as a reasonable caption for a frame of a video associated with the query.\n- Give specific events related to the query, use your previous WORLD KNOWLEDGE to extract events that are likely to be seen in a video. For example, if the query is \"2019 Christmas Eve Protests in Hong Kong\", you might return \"Protesters marching in the streets\", but not \"Protestors marching in snow\" because it is not likely to have snow in Hong Kong, though its pretty common in other places. \n- First, explain your reasoning in 1-2 sentences about which events it makes sense to extract. Then, provide a numbered list with the events (anywhere from one to five event; use your best judgement to determine how many to extract)\n- Structure your response into two sections, \"\"EXPLANATION:\"\" and then \"\"EVENTS:\"\". The events sections should contain nothing but the events. \n\nHere is the query I'd like you to extract events from: The 2016 Gyeongju earthquake occurred on September 12 near Gyeongju, South Korea.<|eot_id|><|start_header_id|>assistant<|end_header_id|>\n\n",
"during_raw_generation": "EXPLANATION: Given the query about the 2016 Gyeongju earthquake, it makes sense to extract events that are directly related to the consequences and aftermath of an earthquake, as these are the most likely to be visualized in a video. Events such as damage to buildings, rescue operations, and people reacting to the quake are plausible and commonly seen in earthquake-related videos.\n\nEVENTS:\n1. People running out of buildings\n2. Rescue teams searching through rubble\n3. Buildings with cracked walls and fallen debris\n4. Emergency vehicles rushing to the scene\n5. People gathering in open spaces for safety",
"en_article_excerpt": "The 2016 Gyeongju earthquake occurred on September 12 near Gyeongju, South Korea.",
"en_article_url": "https://en.wikipedia.org/wiki/2016_Gyeongju_earthquake",
"event_category": "disasters",
"event_name": "gyeongju_earthquake",
"language": "korean",
"prequel_prompt": "<|begin_of_text|><|start_header_id|>system<|end_header_id|>\n\nCutting Knowledge Date: December 2023\nToday Date: 26 Jul 2024\n\n<|eot_id|><|start_header_id|>user<|end_header_id|>\n\nYou are given a video search query. Assume the video search query is an ongoing event. You have to find out what previous events could lead to this given event. The extracted events should be concrete enough to be visualized in a video.\n\nHere are some guidelines: \n- Extract events that could be visualized in a video.\n- Before extracting an event, consider whether the event text could serve as a reasonable caption for a frame of a video associated with the query.\n- Give specific events related to the query, use your previous WORLD KNOWLEDGE to extract events that are likely to be seen in a video. For example, if the query is \"2019 Christmas Eve Protests in Hong Kong\", you might return \"Protesters marching in the streets\", but not \"Protestors marching in snow\" because it is not likely to have snow in Hong Kong, though its pretty common in other places. \n- First, explain your reasoning in 1-2 sentences about which events it makes sense to extract. Then, provide a numbered list with the events (anywhere from one to five event; use your best judgement to determine how many to extract)\n- Structure your response into two sections, \"\"EXPLANATION:\"\" and then \"\"EVENTS:\"\". The events sections should contain nothing but the events. \n\nHere is the query I'd like you to extract events from: The 2016 Gyeongju earthquake occurred on September 12 near Gyeongju, South Korea.<|eot_id|><|start_header_id|>assistant<|end_header_id|>\n\n",
"prequel_raw_generation": "EXPLANATION: It makes sense to extract events that are directly related to the aftermath or impact of an earthquake, as these would be the most visually apparent and relevant to a video about the 2016 Gyeongju earthquake. Events such as destruction, evacuation, and rescue efforts are likely to be seen in a video associated with this query.\n\nEVENTS:\n1. People running out of buildings\n2. Emergency responders searching through rubble\n3. Cars driving away from the affected area\n4. Buildings with cracked walls and broken windows\n5. Rescue teams carrying injured people on stretchers",
"sequel_prompt": "<|begin_of_text|><|start_header_id|>system<|end_header_id|>\n\nCutting Knowledge Date: December 2023\nToday Date: 26 Jul 2024\n\n<|eot_id|><|start_header_id|>user<|end_header_id|>\n\nYou are given a video search query. Assume the video search query is an ongoing event. You have to find out what events can be the outcome of this ongoing event. The extracted events should be concrete enough to be visualized in a video.\n\nHere are some guidelines: \n- Extract events that could be visualized in a video.\n- Before extracting an event, consider whether the event text could serve as a reasonable caption for a frame of a video associated with the query.\n- Give specific events related to the query, use your previous WORLD KNOWLEDGE to extract events that are likely to be seen in a video. For example, if the query is \"2019 Christmas Eve Protests in Hong Kong\", you might return \"Protesters marching in the streets\", but not \"Protestors marching in snow\" because it is not likely to have snow in Hong Kong, though its pretty common in other places. \n- First, explain your reasoning in 1-2 sentences about which events it makes sense to extract. Then, provide a numbered list with the events (anywhere from one to five event; use your best judgement to determine how many to extract)\n- Structure your response into two sections, \"\"EXPLANATION:\"\" and then \"\"EVENTS:\"\". The events sections should contain nothing but the events. \n\nHere is the query I'd like you to extract events from: The 2016 Gyeongju earthquake occurred on September 12 near Gyeongju, South Korea.<|eot_id|><|start_header_id|>assistant<|end_header_id|>\n\n",
"sequel_raw_generation": "EXPLANATION: Given the query about the 2016 Gyeongju earthquake, it makes sense to extract events that are directly related to the aftermath and impact of an earthquake, such as damage to infrastructure, rescue efforts, and evacuation procedures. These events are likely to be visually represented in a video associated with the query, providing a concrete and tangible depiction of the earthquake's effects.\n\nEVENTS:\n1. Buildings collapsing or showing significant structural damage\n2. People evacuating their homes and gathering in safe areas\n3. Emergency responders searching for survivors in rubble\n4. Roads blocked by debris and damaged vehicles\n5. Residents assessing damage to their homes and belongings",
"video_URL": "http://youtube.com/watch?v=n6UmQ9Kw2GQ",
"video_description": "경주 지진 이후 여진 307회 발생…\"강도 약해져\" 지난 12일 저녁 발생한 규모 5.8의 경주 지진 탓에 여진이 307차례 발생한 것으로 집계됐습니다. 기상청에 따르면 오늘 오후 4시까지 경주 지진 이후 여진은 규모 1.5∼3.0도 292회 등 모두 307차례 발생했습니다. 기상청 관계자는 \"경주 지진 탓에 여진이 계속 발생하고 있지만 강도가 약해지고 있다\"며 \"앞으로 일어날 여진 규모는 3.0 이하로 예상되기 때문에 그렇게 우려하지 않아도 될 것 같다\"고 말했습니다. 연합뉴스TV : 02-398-4409(제보) 4441(기사문의), 카톡/라인 jebo23 (끝)",
"video_id": "n6UmQ9Kw2GQ"
}
| 16
|
[
"The current frame features two news anchors presenting a weather forecast segment. The background displays a map with a color-coded intensity gradient, indicating seismic activity. The news ticker at the bottom reports that after an earthquake in Gyeongju, 307 aftershocks have occurred, with the intensity decreasing. The official from the Korea Meteorological Administration is quoted stating that the aftershocks, which are still occurring due to the Gyeongju earthquake, are weakening and future aftershocks are expected to be less than magnitude 3.0, thus no significant concern is needed.",
"The image shows two news anchors presenting a weather forecast segment, with a map in the background indicating seismic activity. The ticker at the bottom of the screen reports that, following an earthquake in Gyeongju, 307 aftershocks have occurred, and the intensity of these aftershocks is decreasing. The anchors are discussing the impact of these aftershocks and the meteorological administration's prediction that future aftershocks will have a magnitude of 3.0 or less, indicating no significant concern.",
"The current frame is a security camera image showing a dimly lit room with a calendar hanging on the wall. The calendar shows the dates 12 through 23. The context from the original ASR suggests that this footage is from after the Gyeongju earthquake, which had a magnitude of 5.8. The footage is part of a news broadcast reporting on the aftershocks following the earthquake. The text in the image indicates that 307 aftershocks have occurred since the initial earthquake, and the intensity is weakening, with future aftershocks expected to be 3.0 or less. The news ticker at the bottom of the screen further emphasizes this by stating that 307 aftershocks have been recorded and that they are weakening in intensity.",
"The current frame shows a kitchen with various cooking utensils hanging on the wall and appliances on the countertop. The text in the image indicates that 307 aftershocks have occurred since the Gyeongju earthquake, and their intensity is weakening. The news ticker at the bottom of the screen reiterates that 307 aftershocks have been recorded and that their intensity is decreasing, with future aftershocks expected to be 3.0 or less. This frame is part of a news broadcast reporting on the aftershocks following the earthquake. The overall context of the video is the aftermath of the Gyeongju earthquake and the ongoing seismic activity.",
"The current frame shows a kitchen scene with various cooking utensils such as a red pot, spatulas, and a stove visible. The kitchen has gray tiled walls and white cabinets. The text in the image indicates that 307 aftershocks have occurred since the Gyeongju earthquake, and their intensity is weakening. The news ticker at the bottom of the screen reiterates that 307 aftershocks have been recorded and that their intensity is decreasing, with future aftershocks expected to be 3.0 or less. This frame is part of a news broadcast reporting on the aftershocks following the earthquake. The overall context of the video is the aftermath of the Gyeongju earthquake and the ongoing seismic activity.",
"The current frame shows a kitchen scene, similar to the previous frame, focusing on a ceiling-mounted light fixture with a decorative cover. The kitchen has gray tiled walls and white cabinets, consistent with the setting described in the previous frame. The visible text on the image mentions that 307 aftershocks have occurred since the Gyeongju earthquake, with their intensity weakening and future aftershocks expected to be 3.0 or less. This reinforces the context of the ongoing seismic activity following the Gyeongju earthquake, as reported in the news broadcast.",
"The current frame shows a kitchen scene, similar to the previous frame, focusing on a ceiling-mounted light fixture with a decorative cover. The kitchen has gray tiled walls and white cabinets, consistent with the setting described in the previous frame. The visible text on the image mentions that 307 aftershocks have occurred since the Gyeongju earthquake, with their intensity weakening and future aftershocks expected to be 3.0 or less. This reinforces the context of the ongoing seismic activity following the Gyeongju earthquake, as reported in the news broadcast.",
"The current frame shows a ceiling-mounted light fixture with a decorative cover, similar to the previous frame. The scene is set in a kitchen with gray tiled walls and white cabinets, maintaining continuity with the setting described earlier. The text on the image reinforces the context of ongoing seismic activity following the Gyeongju earthquake, indicating that 307 aftershocks have occurred, with their intensity weakening and future aftershocks expected to be 3.0 or less. This highlights the ongoing impact of the earthquake and the need for continued monitoring and precautions.",
"In the current frame, we observe a room that appears to be part of a household kitchen or utility space. A ceiling-mounted light fixture with a decorative cover is visible, which is consistent with the setting described in the previous frame. The room is cluttered with various items, including a pink baby changing table and a white refrigerator in the background. The text on the image confirms that 307 aftershocks have occurred since the Gyeongju earthquake, and their intensity is gradually weakening, with future aftershocks expected to be 3.0 or less. The image reinforces the ongoing impact of the earthquake on the household and the need for continued monitoring and precautions.",
"The current frame shows a close-up of a baby's crib adorned with a decorative headboard featuring cartoon animal designs. Inside the crib, a baby wearing a light-colored outfit is lying down, accompanied by a plush toy resembling a white lamb with a blue accessory. The crib is positioned on a floor with a wooden surface, indicating the scene is likely inside a residential home. The presence of the baby in the crib, along with the text confirming that 307 aftershocks have occurred since the Gyeongju earthquake and their intensity is gradually weakening, highlights the ongoing impact of the earthquake on household activities and the need for continued monitoring and precautions.",
"The current frame shows a close-up of various household items, including a plastic water bottle and several boxes with Korean text. The text on the water bottle and boxes appears to be related to household supplies. The scene suggests a focus on preparedness or the aftermath of the Gyeongju earthquake, as the footage from earlier frames had already established the significant impact of the earthquake with a total of 307 aftershocks. This frame continues to emphasize the ongoing need for monitoring and precautions following the earthquake.",
"In the current frame, we see an indoor setting where the main focus is on a large television screen that is on, displaying some content. Surrounding the TV are several household items, including a potted plant and what appears to be a cabinet or a piece of furniture. The text on the screen is in Korean, and it is not clear what is being displayed. The television screen is turned on and appears to be the central element in the scene. The presence of the television and household items suggests that the setting is a living room or a common area within a residence. The overall context of the current frame aligns with the previous frames, which emphasized preparedness and the aftermath of the Gyeongju earthquake, as it showcases an ongoing situation that might involve monitoring or receiving information related to the earthquake's impact.",
"The current frame depicts an indoor setting focusing on a large television screen displaying some content. Surrounding the TV are household items, including a potted plant and what appears to be a cabinet or a piece of furniture. The presence of the television and household items suggests this is a living room or a common area within a residence. The text on the screen is in Korean and is not clear what is being displayed. The overall context of the current frame aligns with the previous frames, which emphasized preparedness and the aftermath of the Gyeongju earthquake. The text overlay in the image provides information about the aftershocks, indicating that 307 aftershocks have been recorded since the 5.8 magnitude earthquake struck Gyeongju on the evening of the 12th, with the intensity of the aftershocks weakening over time.",
"In the current frame, a large television screen is shown displaying some content, likely related to the aftershocks of the Gyeongju earthquake, as suggested by the text overlay. The television is situated in an indoor setting, which appears to be a living room or a common area within a residence. Surrounding the TV, there are household items, including a potted plant and a cabinet or piece of furniture. The overall context of the current frame continues to focus on the aftermath of the Gyeongju earthquake, emphasizing preparedness and the recent seismic activity. The text overlay reinforces the information about the 307 aftershocks and the gradual weakening of their intensity, indicating that there is no need for significant concern about future earthquakes.",
"The current frame shows a large television screen displaying news content related to the aftershocks of the Gyeongju earthquake. The television is in an indoor setting, likely a living room or common area within a residence, with a potted plant and a piece of furniture nearby. The text overlay on the screen reinforces the context of the news, mentioning the 307 aftershocks and the gradual weakening of their intensity, indicating that there is no need for significant concern about future earthquakes. The overall context continues to focus on the aftermath of the Gyeongju earthquake, emphasizing preparedness and the recent seismic activity.",
"The current frame continues to display a large television screen showing news content related to the aftershocks of the Gyeongju earthquake. The text overlay on the screen indicates that there are 307 aftershocks, with 292 ranging from 1.5 to 3.0 in magnitude. It mentions that while aftershocks are still occurring due to the Gyeongju earthquake, their intensity is gradually weakening, and it is expected that future aftershocks will be of 3.0 or less magnitude. The text underscores that there is no need for significant concern about future earthquakes, continuing to focus on the aftermath of the Gyeongju earthquake and the recent seismic activity. The indoor setting of the television, with a potted plant and a piece of furniture nearby, suggests a living room or common area within a residence."
] |
n6UmQ9Kw2GQ
|
A news broadcast reports on the aftermath of a 5.8 magnitude earthquake that struck Gyeongju, resulting in 307 aftershocks, with 292 of them ranging from 1.5 to 3.0 in magnitude. The Korea Meteorological Administration states that the intensity of the aftershocks is weakening, and future aftershocks are expected to be 3.0 or less, indicating no significant concern is needed. The video shows news anchors presenting the weather forecast, security camera footage, and scenes from various household settings, including kitchens and living rooms, where people are monitoring the situation through television news. The overall context emphasizes preparedness and the ongoing impact of the earthquake on households, while reassuring that the situation is being closely monitored and the aftershocks are gradually weakening.
|
{
"original": " 지난 12일 저녁 발생한 규모 5.8의 경주 지진 탓에 여진이 307차례 발생한 것으로 집계됐습니다. 기상청에 따르면 오늘 오후 4시까지 경주 지진 이후 여진은 규모 1.5에서 3.0도 292회 등 모두 307차례 발생했습니다. 기상청 관계자는 경주 지진 탓에 여진이 계속 발생하고 있지만 강도가 약해지고 있다며 앞으로 일어날 여진 규모는 3.0 이하로 예상되기 때문에 그렇게 우려하지 않아도 될 것 같다고 말했습니다.",
"refined": "On the evening of the 12th, a 5.8 magnitude earthquake occurred in Gyeongju, resulting in 307 aftershocks. According to the weather agency, as of 4 pm today, there have been 307 aftershocks with magnitudes ranging from 1.5 to 3.0 since the Gyeongju earthquake. An agency official stated that although aftershocks are continuing due to the Gyeongju earthquake, their intensity is weakening, and it is expected that future aftershocks will have a magnitude of 3.0 or less, so there is no need to worry.",
"summarized": "A magnitude 5.8 earthquake occurred in Gyeongju on the 12th, resulting in 307 aftershocks, with 292 of them ranging from 1.5 to 3.0 in magnitude. According to the Korea Meteorological Administration, although aftershocks are still occurring due to the earthquake, their intensity is weakening. Officials expect future aftershocks to have a magnitude of 3.0 or less, indicating no significant concern is warranted.",
"translated": "Following the 5.8 magnitude earthquake that struck Gyeongju on the evening of the 12th, a total of 307 aftershocks have been recorded. According to the Korea Meteorological Administration, as of 4 pm today, there have been 307 aftershocks, with 292 of them ranging from 1.5 to 3.0 in magnitude. An official from the Meteorological Administration noted that while aftershocks are still occurring due to the Gyeongju earthquake, their intensity is weakening, and it is expected that future aftershocks will have a magnitude of 3.0 or less, so there is no need for significant concern.",
"translated_llm": "The latest estimates are that 307 earthquakes have occurred due to the 5.8 magnitude earthquake that occurred on the 12th evening. According to the Meteorological Office, as of 4 pm today, the earthquake has caused 307 earthquakes ranging from 1.5 to 3.0 degrees and 292 rounds.",
"translated_whisper": " The last 12 days, there were 5.8 times of earthquakes in Gyeongju, and 307 times of the earthquake in Yeojin. According to the Ministry of Emergency Situations, Yeojin has been 3 times in Gyeongju since the earthquake in Gyeongju, from 1.5 to 3.0 degrees 292 times. The Kisangcheon official said that the earthquake is still happening due to the Gyeongju earthquake, but the intensity is getting weaker, and the expected earthquake size to occur in the future is 3.0 or less, so it is not necessary to worry."
}
|
The 2016 Gyeongju earthquake occurred on September 12 near Gyeongju, South Korea.
|
[
"People running out of buildings during the 2016 Gyeongju, South Korea earthquake on September 12",
"Emergency responders searching through rubble after the 2016 Gyeongju, South Korea earthquake on September 12, 2016",
"Cars driving away from the affected area in Gyeongju, South Korea after the earthquake on 12 September 2016",
"Buildings with cracked walls and broken windows in Gyeongju, South Korea after the earthquake on 12 September 2016",
"Rescue teams carrying injured people on stretchers during the 12 September 2016 earthquake in Gyeongju, South Korea"
] |
[
"Buildings collapsing or showing significant structural damage during the 12 September 2016 earthquake in Gyeongju, South Korea",
"People evacuating their homes and gathering in safe areas in Gyeongju, South Korea after the earthquake on September 12, 2016",
"Emergency responders searching for survivors in rubble after the 2016 Gyeongju, South Korea earthquake on September 12",
"Roads blocked by debris and damaged vehicles after the 12 September 2016 earthquake in Gyeongju, South Korea",
"Residents assessing damage to their homes and belongings after the 12 September 2016 earthquake in Gyeongju, South Korea"
] |
[
"People running out of buildings during the earthquake in Gyeongju, South Korea on September 12, 2016",
"Rescue teams searching through rubble after the 12 September 2016 earthquake in Gyeongju, South Korea",
"Buildings with cracked walls and fallen debris in Gyeongju, South Korea after the 12 September 2016 earthquake",
"Emergency vehicles rushing to the scene after the 2016 Gyeongju, South Korea earthquake on September 12",
"People gathering in open spaces for safety during the 12 September 2016 earthquake in Gyeongju, South Korea"
] |
{
"article_url": "https://ko.wikipedia.org/wiki/2016%EB%85%84_%EA%B2%BD%EC%A3%BC_%EC%A7%80%EC%A7%84",
"during_prompt": "<|begin_of_text|><|start_header_id|>system<|end_header_id|>\n\nCutting Knowledge Date: December 2023\nToday Date: 26 Jul 2024\n\n<|eot_id|><|start_header_id|>user<|end_header_id|>\n\nYou are given a video search query. Assume the video search query is an ongoing event. You have to decompose the ongoing event in multiple simple events. The extracted events should be concrete enough to be visualized in a video.\n\nHere are some guidelines: \n- Extract events that could be visualized in a video.\n- Before extracting an event, consider whether the event text could serve as a reasonable caption for a frame of a video associated with the query.\n- Give specific events related to the query, use your previous WORLD KNOWLEDGE to extract events that are likely to be seen in a video. For example, if the query is \"2019 Christmas Eve Protests in Hong Kong\", you might return \"Protesters marching in the streets\", but not \"Protestors marching in snow\" because it is not likely to have snow in Hong Kong, though its pretty common in other places. \n- First, explain your reasoning in 1-2 sentences about which events it makes sense to extract. Then, provide a numbered list with the events (anywhere from one to five event; use your best judgement to determine how many to extract)\n- Structure your response into two sections, \"\"EXPLANATION:\"\" and then \"\"EVENTS:\"\". The events sections should contain nothing but the events. \n\nHere is the query I'd like you to extract events from: The 2016 Gyeongju earthquake occurred on September 12 near Gyeongju, South Korea.<|eot_id|><|start_header_id|>assistant<|end_header_id|>\n\n",
"during_raw_generation": "EXPLANATION: Given the query about the 2016 Gyeongju earthquake, it makes sense to extract events that are directly related to the consequences and aftermath of an earthquake, as these are the most likely to be visualized in a video. Events such as damage to buildings, rescue operations, and people reacting to the quake are plausible and commonly seen in earthquake-related videos.\n\nEVENTS:\n1. People running out of buildings\n2. Rescue teams searching through rubble\n3. Buildings with cracked walls and fallen debris\n4. Emergency vehicles rushing to the scene\n5. People gathering in open spaces for safety",
"en_article_excerpt": "The 2016 Gyeongju earthquake occurred on September 12 near Gyeongju, South Korea.",
"en_article_url": "https://en.wikipedia.org/wiki/2016_Gyeongju_earthquake",
"event_category": "disasters",
"event_name": "gyeongju_earthquake",
"language": "korean",
"prequel_prompt": "<|begin_of_text|><|start_header_id|>system<|end_header_id|>\n\nCutting Knowledge Date: December 2023\nToday Date: 26 Jul 2024\n\n<|eot_id|><|start_header_id|>user<|end_header_id|>\n\nYou are given a video search query. Assume the video search query is an ongoing event. You have to find out what previous events could lead to this given event. The extracted events should be concrete enough to be visualized in a video.\n\nHere are some guidelines: \n- Extract events that could be visualized in a video.\n- Before extracting an event, consider whether the event text could serve as a reasonable caption for a frame of a video associated with the query.\n- Give specific events related to the query, use your previous WORLD KNOWLEDGE to extract events that are likely to be seen in a video. For example, if the query is \"2019 Christmas Eve Protests in Hong Kong\", you might return \"Protesters marching in the streets\", but not \"Protestors marching in snow\" because it is not likely to have snow in Hong Kong, though its pretty common in other places. \n- First, explain your reasoning in 1-2 sentences about which events it makes sense to extract. Then, provide a numbered list with the events (anywhere from one to five event; use your best judgement to determine how many to extract)\n- Structure your response into two sections, \"\"EXPLANATION:\"\" and then \"\"EVENTS:\"\". The events sections should contain nothing but the events. \n\nHere is the query I'd like you to extract events from: The 2016 Gyeongju earthquake occurred on September 12 near Gyeongju, South Korea.<|eot_id|><|start_header_id|>assistant<|end_header_id|>\n\n",
"prequel_raw_generation": "EXPLANATION: It makes sense to extract events that are directly related to the aftermath or impact of an earthquake, as these would be the most visually apparent and relevant to a video about the 2016 Gyeongju earthquake. Events such as destruction, evacuation, and rescue efforts are likely to be seen in a video associated with this query.\n\nEVENTS:\n1. People running out of buildings\n2. Emergency responders searching through rubble\n3. Cars driving away from the affected area\n4. Buildings with cracked walls and broken windows\n5. Rescue teams carrying injured people on stretchers",
"sequel_prompt": "<|begin_of_text|><|start_header_id|>system<|end_header_id|>\n\nCutting Knowledge Date: December 2023\nToday Date: 26 Jul 2024\n\n<|eot_id|><|start_header_id|>user<|end_header_id|>\n\nYou are given a video search query. Assume the video search query is an ongoing event. You have to find out what events can be the outcome of this ongoing event. The extracted events should be concrete enough to be visualized in a video.\n\nHere are some guidelines: \n- Extract events that could be visualized in a video.\n- Before extracting an event, consider whether the event text could serve as a reasonable caption for a frame of a video associated with the query.\n- Give specific events related to the query, use your previous WORLD KNOWLEDGE to extract events that are likely to be seen in a video. For example, if the query is \"2019 Christmas Eve Protests in Hong Kong\", you might return \"Protesters marching in the streets\", but not \"Protestors marching in snow\" because it is not likely to have snow in Hong Kong, though its pretty common in other places. \n- First, explain your reasoning in 1-2 sentences about which events it makes sense to extract. Then, provide a numbered list with the events (anywhere from one to five event; use your best judgement to determine how many to extract)\n- Structure your response into two sections, \"\"EXPLANATION:\"\" and then \"\"EVENTS:\"\". The events sections should contain nothing but the events. \n\nHere is the query I'd like you to extract events from: The 2016 Gyeongju earthquake occurred on September 12 near Gyeongju, South Korea.<|eot_id|><|start_header_id|>assistant<|end_header_id|>\n\n",
"sequel_raw_generation": "EXPLANATION: Given the query about the 2016 Gyeongju earthquake, it makes sense to extract events that are directly related to the aftermath and impact of an earthquake, such as damage to infrastructure, rescue efforts, and evacuation procedures. These events are likely to be visually represented in a video associated with the query, providing a concrete and tangible depiction of the earthquake's effects.\n\nEVENTS:\n1. Buildings collapsing or showing significant structural damage\n2. People evacuating their homes and gathering in safe areas\n3. Emergency responders searching for survivors in rubble\n4. Roads blocked by debris and damaged vehicles\n5. Residents assessing damage to their homes and belongings",
"video_URL": "http://youtube.com/watch?v=uoagwCVoHGM",
"video_description": "경주 지진으로 8명 부상…재산피해 253건 어제 저녁 경주 일대에서 발생한 지진으로 인해 8명이 다치고 카카오톡과 국민안전처 홈페이지 등 통신망이 일시적으로 마비되는 등의 장애가 있었습니다. 국민안전처는 경주 일대에서 오늘과 어제에 걸쳐 일어난 지진으로 인해 80살 여성 황 모 씨 등 8명이 경상을 입고 253건의 재산피해가 신고됐다고 밝혔습니다. 이번 지진으로 인해 KTX 대전~부산 구간이 5분가량 정차하기도 했습니다. 연합뉴스TV : 02-398-4409(제보) 4441(기사문의), 카톡/라인 jebo23 (끝)",
"video_id": "uoagwCVoHGM"
}
| 16
|
[
"The current frame shows a news broadcast featuring a reporter standing to the right, presenting a news story about an earthquake in the Gyeongju area. The background displays a surveillance camera feed showing the aftermath of the earthquake, with smoke or dust obscuring the view of a building, possibly indicating damage. The lower third of the screen displays Korean text, which mentions that 8 people were injured and 253 cases of property damage were reported due to the earthquakes in Gyeongju. The news report is from Yonhap News TV, and it highlights the disruption of communication networks like KakaoTalk and the National Security Agency's website.",
"The current frame continues the news broadcast featuring a reporter standing to the right, presenting the story about the earthquake in the Gyeongju area. The background displays a surveillance camera feed showing the aftermath of the earthquake, with smoke or dust obscuring the view of a building, possibly indicating damage. The lower third of the screen displays Korean text, which mentions that 8 people were injured and 253 cases of property damage were reported due to the earthquakes in Gyeongju. The news report is from Yonhap News TV, and it highlights the disruption of communication networks like KakaoTalk and the National Security Agency's website.",
"The current frame shows a surveillance camera feed displaying the aftermath of an earthquake in the Gyeongju area. The feed captures a scene with smoke or dust obscuring the view of a building, suggesting damage to the structure. The text overlay in the lower third of the screen reinforces the report, mentioning that 8 people were injured and 253 cases of property damage were reported due to the earthquakes in Gyeongju. This aligns with the previous frame's description, which also noted the disruption of communication networks and the involvement of the National Security Agency's website. The overall context of the video is a news broadcast from Yonhap News TV, providing updates on the earthquake's impact and its consequences.",
"The current frame shows a surveillance camera feed depicting the aftermath of an earthquake in the Gyeongju area. The scene is shrouded in smoke or dust, indicating damage to the structure, likely a building. The text overlay in the lower third of the screen confirms the report, stating that 8 people were injured and 253 cases of property damage were reported due to the earthquakes in Gyeongju. The footage aligns with the previous frame's description, which also noted the disruption of communication networks, including KakaoTalk and the National Security Agency's website. The overall context of the video is a news broadcast from Yonhap News TV, providing updates on the earthquake's impact and its consequences.",
"The current frame depicts a news broadcast from Yonhap News TV, focusing on the aftermath of an earthquake in the Gyeongju area. The scene shows a building with visible damage, likely caused by the quake. The footage captures the scene of the damage, which includes a cloud of smoke or dust, indicating structural damage. The text overlay in the lower third of the screen confirms the report, stating that 8 people were injured and 253 cases of property damage were reported due to the earthquakes in Gyeongju. The footage is part of a news broadcast from MBC News, providing updates on the earthquake's impact and its consequences, including the disruption of communication networks such as KakaoTalk and the National Security Agency's website. The context aligns with the previous frame's description, which also noted the earthquake's effects on communication networks and the temporary halt of the KTX train on the Daejeon-Busan route.",
"The current frame shows a nighttime scene of a building with visible damage, likely due to the earthquake in the Gyeongju area. The damage includes a large, opaque, smoke-filled area, indicating structural damage. A white vehicle is parked in front of the building, and a person wearing a light-colored jacket is seen in the foreground. The text overlay in the lower third of the screen confirms the report, stating that 8 people were injured and 253 cases of property damage were reported due to the earthquakes in Gyeongju. The footage is part of a news broadcast from Yonhap News TV, providing updates on the earthquake's impact and its consequences, including the disruption of communication networks such as KakaoTalk and the National Security Agency's website. The context aligns with the previous frame's description, which also noted the earthquake's effects on communication networks and the temporary halt of the KTX train on the Daejeon-Busan route.",
"In the current frame, the scene depicts the aftermath of the Gyeongju earthquake. A group of people is seen in a retail clothing store, which appears to be in disarray. The individuals, including the person in a dark blue shirt and white gloves, are organizing or sorting through items on a table. The store displays mannequins wearing winter clothing, and clothing racks are visible in the background, suggesting that the damage was not extensive. The lower third of the screen features a text overlay that confirms the report: \"8 people injured, 253 cases of property damage due to earthquakes in Gyeongju.\" The footage is part of a news broadcast from Yonhap News TV, providing updates on the earthquake's impact and its consequences, including the disruption of communication networks such as KakaoTalk and the National Security Agency's website. The context aligns with the previous frame's description, which also noted the earthquake's effects on communication networks and the temporary halt of the KTX train on the Daejeon-Busan route.",
"The current frame shows a person wearing blue shoes and holding a mop, cleaning water on the floor. The text overlay at the bottom of the screen reads \"경주 지진으로 8명 부상...재산피해 253건\" which translates to \"8 people injured in the Gyeongju earthquake...253 cases of property damage.\" This indicates that the person is likely part of a cleanup effort following the earthquake that caused 8 injuries and 253 cases of property damage in Gyeongju. The overall scene continues to depict the aftermath of the Gyeongju earthquake, with ongoing efforts to manage the immediate impact and assess damage.",
"In the current frame, a person wearing a yellow and pink outfit is cleaning water on the floor with a mop. The text overlay at the bottom of the screen reads \"경주 지진으로 8명 부상...재산피해 253건,\" which translates to \"8 people injured in the Gyeongju earthquake...253 cases of property damage.\" This indicates that the person is likely part of a cleanup effort following the earthquake that caused 8 injuries and 253 cases of property damage in Gyeongju. The overall scene continues to depict the aftermath of the Gyeongju earthquake, with ongoing efforts to manage the immediate impact and assess damage.",
"In the current frame, a person is seen cleaning water on a tiled floor using a mop. The text overlay at the bottom of the screen reads \"경주 지진으로 8명 부상...재산피해 253건,\" which translates to \"8 people injured in the Gyeongju earthquake...253 cases of property damage.\" This suggests that the person is likely part of a cleanup effort following the earthquake that caused 8 injuries and 253 cases of property damage in Gyeongju. The scene is consistent with the aftermath of the earthquake, with ongoing efforts to manage the immediate impact and assess damage.",
"In the current frame, a person is inspecting a wall for damage. The text overlay at the bottom of the screen reads \"경주 지진으로 8명 부상...재산피해 253건,\" which translates to \"8 people injured in the Gyeongju earthquake...253 cases of property damage.\" This suggests that the person is likely assessing the impact of the earthquake on their property, similar to the previous frame where a person was cleaning water on a tiled floor. The overall scene indicates ongoing efforts to assess and manage the damage caused by the earthquake in Gyeongju.",
"The current frame shows a close-up of a wall with a visible crack, indicating structural damage caused by the earthquake in Gyeongju. This aligns with the context from the original ASR transcript, where it mentions 8 people injured and 253 cases of property damage due to the earthquakes in Gyeongju. The person in the image is likely involved in assessing the extent of the damage, similar to their actions in the previous frame where they were inspecting for water damage on a tiled floor. The overall scene emphasizes the ongoing efforts to manage and assess the effects of the earthquake in Gyeongju.",
"The current frame shows a close-up of a wall with a visible crack, indicating structural damage caused by the earthquake in Gyeongju, which is consistent with the context provided by the original ASR transcript. This damage likely falls under the category of property damage reported as 253 cases. The crack in the wall suggests significant structural issues, potentially affecting the integrity of the building. The overall scene emphasizes the ongoing efforts to assess and address the effects of the earthquake in Gyeongju, with the focus on the structural damage observed in the wall.",
"The current frame shows the entrance of a public building, likely an airport or transportation hub, where people are entering and exiting. The entrance area appears to be relatively calm, with several individuals walking through the doors. Above the entrance, there are signs in Korean, and a large digital screen is visible. The overall scene suggests the impact of the earthquake in Gyeongju, as mentioned in the original ASR transcript. People seem to be going about their business, possibly affected by the recent events in the area. The presence of the entrance and signage indicates the building's accessibility and functionality, despite the structural damage reported.",
"In the current frame, people are entering and exiting a public building, likely an airport or transportation hub, as suggested by the entrance area and signage. The area appears relatively calm, with several individuals walking through the doors. Above the entrance, there are signs in Korean, and a large digital screen is visible, indicating the building's accessibility and functionality. The scene reflects the aftermath of an earthquake in the Gyeongju area, as mentioned in the original ASR transcript. The presence of people going about their business suggests that the recent events in the area have impacted the normal flow of activities.",
"In the current frame, three individuals are walking through a hallway inside a public building, likely an airport or transportation hub. The person on the left appears to be a woman in a black jacket, followed closely by a man wearing a grey T-shirt and a lanyard around his neck, who is pointing towards something off-screen. The person on the right is wearing a blue tracksuit with white stripes. They seem to be engaged in a conversation or discussion, possibly related to their journey or destination. The environment suggests they are either arriving at or departing from the location, consistent with the previous frame's setting."
] |
uoagwCVoHGM
|
A news broadcast from Yonhap News TV and MBC News reports on an earthquake that occurred in the Gyeongju area, resulting in 8 injuries and 253 cases of property damage. The earthquake disrupted communication networks, including KakaoTalk and the National Security Agency's website, and caused the KTX train to temporarily halt on the Daejeon-Busan route. The video footage shows the aftermath of the earthquake, with scenes of damaged buildings, smoke, and dust. People are seen cleaning up and assessing the damage, including a retail clothing store and a building with a cracked wall. The news report provides updates on the earthquake's impact and its consequences, with individuals going about their daily business in public areas, such as transportation hubs, despite the recent events. The overall context of the video is a news broadcast providing information on the earthquake's effects and the ongoing efforts to manage and assess the damage in the Gyeongju area.
|
{
"original": " 어제저녁 경주 일대에서 발생한 지진으로 인해 8명이 다치고, 카카오톡과 국민안전처 홈페이지 등 통신망이 일시적으로 마비되는 등의 장애가 있었습니다. 국민안전처는 경주 일대에서 오늘과 어제에 걸쳐 일어난 지진으로 인해 80살 여성 황 모 씨 등 8명이 경상을 입고 253건의 재산 피해가 신고됐다고 밝혔습니다. 이번 지진으로 인해 KTX 대전에서 부산 구간이 5분가량 정차하기도 했습니다. MBC 뉴스 김성현입니다.",
"refined": "Yesterday evening, an earthquake in Gyeongju left 8 people injured and caused temporary disruptions to communication networks, including Kakao Talk and the National Safety Agency's website. The National Safety Agency reported that the earthquake, which occurred in Gyeongju over the past two days, resulted in 8 people, including an 80-year-old woman, sustaining minor injuries, and 253 cases of property damage. The earthquake also caused the KTX train service between Daejeon and Busan to be suspended for about 5 minutes.",
"summarized": "An earthquake in Gyeongju resulted in 8 people being injured, including an 80-year-old woman, and 253 cases of property damage reported. The incident also caused a temporary disruption to communication networks, including Kakao Talk and the National Security Agency website, and a 5-minute halt to the KTX train service between Daejeon and Busan.",
"translated": "Yesterday evening, an earthquake in the Gyeongju area resulted in 8 injuries and temporarily disrupted communication networks, including KakaoTalk and the National Security Agency's website. The National Security Agency reported that 8 people, including an 80-year-old woman named Hwang, were injured and 253 cases of property damage were reported due to the earthquakes that occurred in Gyeongju yesterday and today. The earthquake also caused the KTX train to halt for about 5 minutes on the Daejeon-Busan route. This is MBC News reporter Kim Seong-hyeon.",
"translated_llm": "The earthquake in the raceway yesterday evening caused 8 people to be injured, and the telecommunications network including the KaKaoTok and the website of the National Security Agency were temporarily disrupted. The National Security Agency said that eight people including an 80-year-old woman, Mr. Zhuang Mo, were injured and 253 property damage was reported due to the earthquake in the raceway today and yesterday.",
"translated_whisper": " Yesterday evening, 8 people were injured in the earthquake in Gyeongju, and there was a problem with the communication network such as Kakao Talk and the National Security Agency website. The National Security Agency reported that 8 people, including an 80-year-old woman, were injured in the earthquake that occurred yesterday and today in Gyeongju. 253 property damage was reported. Due to the earthquake, the Busan section of KTX Daejeon was also closed for about 5 minutes."
}
|
The 2016 Gyeongju earthquake occurred on September 12 near Gyeongju, South Korea.
|
[
"People running out of buildings during the 2016 Gyeongju, South Korea earthquake on September 12",
"Emergency responders searching through rubble after the 2016 Gyeongju, South Korea earthquake on September 12, 2016",
"Cars driving away from the affected area in Gyeongju, South Korea after the earthquake on 12 September 2016",
"Buildings with cracked walls and broken windows in Gyeongju, South Korea after the earthquake on 12 September 2016",
"Rescue teams carrying injured people on stretchers during the 12 September 2016 earthquake in Gyeongju, South Korea"
] |
[
"Buildings collapsing or showing significant structural damage during the 12 September 2016 earthquake in Gyeongju, South Korea",
"People evacuating their homes and gathering in safe areas in Gyeongju, South Korea after the earthquake on September 12, 2016",
"Emergency responders searching for survivors in rubble after the 2016 Gyeongju, South Korea earthquake on September 12",
"Roads blocked by debris and damaged vehicles after the 12 September 2016 earthquake in Gyeongju, South Korea",
"Residents assessing damage to their homes and belongings after the 12 September 2016 earthquake in Gyeongju, South Korea"
] |
[
"People running out of buildings during the earthquake in Gyeongju, South Korea on September 12, 2016",
"Rescue teams searching through rubble after the 12 September 2016 earthquake in Gyeongju, South Korea",
"Buildings with cracked walls and fallen debris in Gyeongju, South Korea after the 12 September 2016 earthquake",
"Emergency vehicles rushing to the scene after the 2016 Gyeongju, South Korea earthquake on September 12",
"People gathering in open spaces for safety during the 12 September 2016 earthquake in Gyeongju, South Korea"
] |
{
"article_url": "https://ko.wikipedia.org/wiki/2016%EB%85%84_%EA%B2%BD%EC%A3%BC_%EC%A7%80%EC%A7%84",
"during_prompt": "<|begin_of_text|><|start_header_id|>system<|end_header_id|>\n\nCutting Knowledge Date: December 2023\nToday Date: 26 Jul 2024\n\n<|eot_id|><|start_header_id|>user<|end_header_id|>\n\nYou are given a video search query. Assume the video search query is an ongoing event. You have to decompose the ongoing event in multiple simple events. The extracted events should be concrete enough to be visualized in a video.\n\nHere are some guidelines: \n- Extract events that could be visualized in a video.\n- Before extracting an event, consider whether the event text could serve as a reasonable caption for a frame of a video associated with the query.\n- Give specific events related to the query, use your previous WORLD KNOWLEDGE to extract events that are likely to be seen in a video. For example, if the query is \"2019 Christmas Eve Protests in Hong Kong\", you might return \"Protesters marching in the streets\", but not \"Protestors marching in snow\" because it is not likely to have snow in Hong Kong, though its pretty common in other places. \n- First, explain your reasoning in 1-2 sentences about which events it makes sense to extract. Then, provide a numbered list with the events (anywhere from one to five event; use your best judgement to determine how many to extract)\n- Structure your response into two sections, \"\"EXPLANATION:\"\" and then \"\"EVENTS:\"\". The events sections should contain nothing but the events. \n\nHere is the query I'd like you to extract events from: The 2016 Gyeongju earthquake occurred on September 12 near Gyeongju, South Korea.<|eot_id|><|start_header_id|>assistant<|end_header_id|>\n\n",
"during_raw_generation": "EXPLANATION: Given the query about the 2016 Gyeongju earthquake, it makes sense to extract events that are directly related to the consequences and aftermath of an earthquake, as these are the most likely to be visualized in a video. Events such as damage to buildings, rescue operations, and people reacting to the quake are plausible and commonly seen in earthquake-related videos.\n\nEVENTS:\n1. People running out of buildings\n2. Rescue teams searching through rubble\n3. Buildings with cracked walls and fallen debris\n4. Emergency vehicles rushing to the scene\n5. People gathering in open spaces for safety",
"en_article_excerpt": "The 2016 Gyeongju earthquake occurred on September 12 near Gyeongju, South Korea.",
"en_article_url": "https://en.wikipedia.org/wiki/2016_Gyeongju_earthquake",
"event_category": "disasters",
"event_name": "gyeongju_earthquake",
"language": "korean",
"prequel_prompt": "<|begin_of_text|><|start_header_id|>system<|end_header_id|>\n\nCutting Knowledge Date: December 2023\nToday Date: 26 Jul 2024\n\n<|eot_id|><|start_header_id|>user<|end_header_id|>\n\nYou are given a video search query. Assume the video search query is an ongoing event. You have to find out what previous events could lead to this given event. The extracted events should be concrete enough to be visualized in a video.\n\nHere are some guidelines: \n- Extract events that could be visualized in a video.\n- Before extracting an event, consider whether the event text could serve as a reasonable caption for a frame of a video associated with the query.\n- Give specific events related to the query, use your previous WORLD KNOWLEDGE to extract events that are likely to be seen in a video. For example, if the query is \"2019 Christmas Eve Protests in Hong Kong\", you might return \"Protesters marching in the streets\", but not \"Protestors marching in snow\" because it is not likely to have snow in Hong Kong, though its pretty common in other places. \n- First, explain your reasoning in 1-2 sentences about which events it makes sense to extract. Then, provide a numbered list with the events (anywhere from one to five event; use your best judgement to determine how many to extract)\n- Structure your response into two sections, \"\"EXPLANATION:\"\" and then \"\"EVENTS:\"\". The events sections should contain nothing but the events. \n\nHere is the query I'd like you to extract events from: The 2016 Gyeongju earthquake occurred on September 12 near Gyeongju, South Korea.<|eot_id|><|start_header_id|>assistant<|end_header_id|>\n\n",
"prequel_raw_generation": "EXPLANATION: It makes sense to extract events that are directly related to the aftermath or impact of an earthquake, as these would be the most visually apparent and relevant to a video about the 2016 Gyeongju earthquake. Events such as destruction, evacuation, and rescue efforts are likely to be seen in a video associated with this query.\n\nEVENTS:\n1. People running out of buildings\n2. Emergency responders searching through rubble\n3. Cars driving away from the affected area\n4. Buildings with cracked walls and broken windows\n5. Rescue teams carrying injured people on stretchers",
"sequel_prompt": "<|begin_of_text|><|start_header_id|>system<|end_header_id|>\n\nCutting Knowledge Date: December 2023\nToday Date: 26 Jul 2024\n\n<|eot_id|><|start_header_id|>user<|end_header_id|>\n\nYou are given a video search query. Assume the video search query is an ongoing event. You have to find out what events can be the outcome of this ongoing event. The extracted events should be concrete enough to be visualized in a video.\n\nHere are some guidelines: \n- Extract events that could be visualized in a video.\n- Before extracting an event, consider whether the event text could serve as a reasonable caption for a frame of a video associated with the query.\n- Give specific events related to the query, use your previous WORLD KNOWLEDGE to extract events that are likely to be seen in a video. For example, if the query is \"2019 Christmas Eve Protests in Hong Kong\", you might return \"Protesters marching in the streets\", but not \"Protestors marching in snow\" because it is not likely to have snow in Hong Kong, though its pretty common in other places. \n- First, explain your reasoning in 1-2 sentences about which events it makes sense to extract. Then, provide a numbered list with the events (anywhere from one to five event; use your best judgement to determine how many to extract)\n- Structure your response into two sections, \"\"EXPLANATION:\"\" and then \"\"EVENTS:\"\". The events sections should contain nothing but the events. \n\nHere is the query I'd like you to extract events from: The 2016 Gyeongju earthquake occurred on September 12 near Gyeongju, South Korea.<|eot_id|><|start_header_id|>assistant<|end_header_id|>\n\n",
"sequel_raw_generation": "EXPLANATION: Given the query about the 2016 Gyeongju earthquake, it makes sense to extract events that are directly related to the aftermath and impact of an earthquake, such as damage to infrastructure, rescue efforts, and evacuation procedures. These events are likely to be visually represented in a video associated with the query, providing a concrete and tangible depiction of the earthquake's effects.\n\nEVENTS:\n1. Buildings collapsing or showing significant structural damage\n2. People evacuating their homes and gathering in safe areas\n3. Emergency responders searching for survivors in rubble\n4. Roads blocked by debris and damaged vehicles\n5. Residents assessing damage to their homes and belongings",
"video_URL": "http://youtube.com/watch?v=5p1N4MtudiI",
"video_description": "경주 지진 316회 이어가다 현재는 '잠잠' 지난 12일 발생한 규모 5.8의 경주 지진의 여진이 316회 발생한 것으로 집계됐습니다. 기상청은 오늘 오전 11시 기준 여진 횟수가 316회라고 발표했습니다. 규모별 횟수는 1.5에서 3.0이 301차례, 3.0에서 4.0은 14차례, 4.0에서 5.0은 1차례 감지됐습니다. 사흘째 계속된 여진은 일단 멈추는 징후를 보이고 있는 것으로 기상청은 파악하고 있습니다. 연합뉴스TV : 02-398-4409(제보) 4441(기사문의), 카톡/라인 jebo23 (끝)",
"video_id": "5p1N4MtudiI"
}
| 16
|
[
"The current frame shows a news broadcast featuring two anchors dressed in traditional Korean hanbok. The backdrop displays a cityscape with a river and bridge, likely Gyeongju given the context of the aftershocks mentioned in the ASR transcript. The headline on the screen reads \"경주 지진 316회 이어가다 현대는 '잠잠'.\" This translates to \"Gyeongju earthquake continues at 316th occurrence, currently quiet.\" The ASR transcript indicates that the aftershocks of a 5.8-magnitude earthquake in Gyeongju have reached 316 times, and the subsiding trend of the aftershocks is being reported by the Korea Meteorological Administration. The news broadcast is discussing the ongoing situation and the recent seismic activity in Gyeongju.",
"The current frame features a news broadcast on the continuous aftershocks of the 5.8-magnitude earthquake that hit Gyeongju. The anchors are dressed in traditional Korean hanbok, with the backdrop showcasing a cityscape with a river and bridge, likely Gyeongju. The headline reads \"경주 지진 316회 이어가다 현대는 '잠잠',\" translating to \"Gyeongju earthquake continues at 316th occurrence, currently quiet.\" This suggests that while the aftershocks have reached 316 times, the current period is relatively calm. The news broadcast is reporting on the ongoing seismic activity and the subsiding trend of the aftershocks.",
"The current frame depicts a news broadcast focusing on the ongoing aftershocks of the 5.8-magnitude earthquake that hit Gyeongju. The broadcast displays multiple maps and data charts related to the seismic activity, with the left map showing a topographical map of the region and the right map illustrating the seismic activity pattern with blue contour lines indicating intensity. Red lines on the left map trace the paths of aftershocks. The text in the frame reads \"경주 지진 316회 이어가다 현대는 '잠잠',\" which translates to \"Gyeongju earthquake continues at 316th occurrence, currently quiet.\" The news ticker at the bottom mentions that the aftershocks have reached 316 times and are showing signs of subsiding. The overall context is an update on the seismic activity in Gyeongju, emphasizing the current calm period amidst the aftershocks.",
"The current frame continues to focus on the ongoing aftershocks of the 5.8-magnitude earthquake that occurred in Gyeongju. The news broadcast displays multiple maps and data charts related to the seismic activity. The left map shows a topographical map of the region with red lines tracing the paths of aftershocks, while the right map illustrates the seismic activity pattern with blue contour lines indicating intensity. The text in the frame reads \"경주 지진 316회 이어가다 현대는 '잠잠',\" which translates to \"Gyeongju earthquake continues at 316th occurrence, currently quiet.\" The news ticker at the bottom mentions that the aftershocks have reached 316 times and are showing signs of subsiding. The overall context remains an update on the seismic activity in Gyeongju, emphasizing the current calm period amidst the aftershocks.",
"The current frame continues to focus on the ongoing aftershocks of the 5.8-magnitude earthquake that occurred in Gyeongju. The news broadcast displays multiple maps and data charts related to the seismic activity. The left map shows a topographical map of the region with red lines tracing the paths of aftershocks, while the right map illustrates the seismic activity pattern with blue contour lines indicating intensity. The text in the frame reads \"경주 지진 316회 이어가다 현대는 '잠잠',\" which translates to \"Gyeongju earthquake continues at 316th occurrence, currently quiet.\" The news ticker at the bottom mentions that the aftershocks have reached 316 times and are showing signs of subsiding. The overall context remains an update on the seismic activity in Gyeongju, emphasizing the current calm period amidst the aftershocks.",
"The current frame continues to focus on the ongoing aftershocks of the 5.8-magnitude earthquake that occurred in Gyeongju. The news broadcast displays multiple maps and data charts related to the seismic activity. The left map shows a topographical map of the region with red lines tracing the paths of aftershocks, while the right map illustrates the seismic activity pattern with blue contour lines indicating intensity. The text in the frame reads \"경주 지진 316회 이어가다 현대는 '잠잠',\" which translates to \"Gyeongju earthquake continues at 316th occurrence, currently quiet.\" The news ticker at the bottom mentions that the aftershocks have reached 316 times and are showing signs of subsiding. The overall context remains an update on the seismic activity in Gyeongju, emphasizing the current calm period amidst the aftershocks.",
"In the current frame, a young person is sitting in front of multiple computer monitors, intently working on a task. The left monitor displays a map with red lines tracing the paths of aftershocks, while the right monitor shows a seismic activity pattern with blue contour lines indicating intensity. The text on the screen reads \"경주 지진 316회 이어가다 현대는 '잠잠',\" which translates to \"Gyeongju earthquake continues at 316th occurrence, currently quiet.\" The news ticker at the bottom of the frame mentions that the aftershocks have reached 316 times and are showing signs of subsiding. The overall context of the frame is an update on the seismic activity in Gyeongju, emphasizing the current calm period amidst the aftershocks.",
"The current frame shows a screen displaying a detailed seismic activity pattern, with multiple lines representing different intervals of seismic data. The background is primarily blue with various lines in black, blue, and red. The top right corner of the screen contains Korean text in orange, which appears to be part of a news broadcast. The news ticker at the bottom of the frame reads \"경주 지진 316회 이어가다 현대는 '잠잠',\" translating to \"Gyeongju earthquake continues at 316th occurrence, currently quiet.\" This indicates that the seismic activity in Gyeongju has reached the 316th occurrence and is showing signs of subsiding, aligning with the context from the previous frame.",
"The current frame shows a screen displaying a detailed seismic activity pattern, indicating the ongoing aftershocks of the Gyeongju earthquake. Multiple lines on the screen represent different intervals of seismic data, with the background primarily in blue and lines in black, blue, and red. The top right corner of the screen contains Korean text in orange, which appears to be part of a news broadcast, likely providing updates on the earthquake. The news ticker at the bottom of the frame reads \"경주 지진 316회 이어가다 현대는 '잠잠',\" translating to \"Gyeongju earthquake continues at 316th occurrence, currently quiet.\" This aligns with the context from the previous frame, indicating that the seismic activity in Gyeongju has reached the 316th occurrence and is showing signs of subsiding.",
"The current frame displays a detailed seismic activity pattern for the Gyeongju earthquake, focusing on the ongoing aftershocks. The screen shows two maps of the Korean Peninsula, each depicting the distribution of aftershock locations. The left map highlights green and blue points, indicating lower magnitudes of aftershocks, while the right map shows yellow and red points, indicating higher magnitudes. The top right corner of the screen contains Korean text in orange, part of a news broadcast, likely providing updates on the earthquake. The news ticker at the bottom of the frame reads \"경주 지진 316회 이어가다 현대는 '잠잠',\" translating to \"Gyeongju earthquake continues at 316th occurrence, currently quiet.\" This aligns with the context from the previous frame, indicating that the seismic activity in Gyeongju has reached the 316th occurrence and is showing signs of subsiding. The description of the maps aligns with the information provided in the original ASR transcript, which details the aftershocks of the 5.8-magnitude earthquake that occurred in Gyeongju 12 days ago, with the number of aftershocks reaching 316 and showing signs of subsiding.",
"The current frame displays a detailed seismic activity pattern for the Gyeongju earthquake, focusing on the ongoing aftershocks. The screen shows two maps of the Korean Peninsula, each depicting the distribution of aftershock locations. The left map highlights green and blue points, indicating lower magnitudes of aftershocks, while the right map shows yellow and red points, indicating higher magnitudes. The top right corner of the screen contains Korean text in orange, part of a news broadcast, likely providing updates on the earthquake. The news ticker at the bottom of the frame reads \"경주 지진 316회 이어가다 현대는 '잠잠',\" translating to \"Gyeongju earthquake continues at 316th occurrence, currently quiet.\" This aligns with the context from the previous frame, indicating that the seismic activity in Gyeongju has reached the 316th occurrence and is showing signs of subsiding. The description of the maps aligns with the information provided in the original ASR transcript, which details the aftershocks of the 5.8-magnitude earthquake that occurred in Gyeongju 12 days ago, with the number of aftershocks reaching 316 and showing signs of subsiding.",
"The current frame displays a detailed seismic activity pattern for the Gyeongju earthquake, focusing on the ongoing aftershocks. The screen shows two maps of the Korean Peninsula, each depicting the distribution of aftershock locations. The left map highlights green and blue points, indicating lower magnitudes of aftershocks, while the right map shows yellow and red points, indicating higher magnitudes. The top right corner of the screen contains Korean text in orange, part of a news broadcast, likely providing updates on the earthquake. The news ticker at the bottom of the frame reads \"경주 지진 316회 이어가다 현대는 '잠잠',\" translating to \"Gyeongju earthquake continues at 316th occurrence, currently quiet.\" This aligns with the context from the previous frame, indicating that the seismic activity in Gyeongju has reached the 316th occurrence and is showing signs of subsiding. The description of the maps aligns with the information provided in the original ASR transcript, which details the aftershocks of the 5.8-magnitude earthquake that occurred in Gyeongju 12 days ago, with the number of aftershocks reaching 316 and showing signs of subsiding.",
"The current frame displays a detailed seismic activity pattern for the Gyeongju earthquake, focusing on the ongoing aftershocks. The screen shows two maps of the Korean Peninsula, each depicting the distribution of aftershock locations. The left map highlights green and blue points, indicating lower magnitudes of aftershocks, while the right map shows yellow and red points, indicating higher magnitudes. The top right corner of the screen contains Korean text in orange, part of a news broadcast, likely providing updates on the earthquake. The news ticker at the bottom of the frame reads \"경주 지진 316회 이어가다 현대는 '잠잠',\" translating to \"Gyeongju earthquake continues at 316th occurrence, currently quiet.\" This aligns with the context from the previous frame, indicating that the seismic activity in Gyeongju has reached the 316th occurrence and is showing signs of subsiding. The description of the maps aligns with the information provided in the original ASR transcript, which details the aftershocks of the 5.8-magnitude earthquake that occurred in Gyeongju 12 days ago, with the number of aftershocks reaching 316 and showing signs of subsiding.",
"The current frame shows a detailed seismic activity pattern for the Gyeongju earthquake, highlighting the ongoing aftershocks. The screen displays two maps of the Korean Peninsula, with the left map showing green and blue points indicating lower magnitudes of aftershocks, and the right map showing yellow and red points indicating higher magnitudes. The top right corner contains Korean text in orange, part of a news broadcast providing updates on the earthquake. The news ticker at the bottom reads \"경주 지진 316회 이어가다 현대는 '잠잠',\" translating to \"Gyeongju earthquake continues at 316th occurrence, currently quiet,\" aligning with the context from the previous frame. The maps and text indicate that the seismic activity in Gyeongju has reached the 316th occurrence and is showing signs of subsiding, as per the original ASR transcript.",
"The current frame shows a digital display of seismic activity data for the Gyeongju earthquake, specifically highlighting the 316th aftershock. The display indicates that the 316th aftershock has a magnitude of 8.9, with the text \"수신 관측소\" (Observation Station) and the number \"89\" in red digital format. The background news ticker at the bottom reads \"경주 지진 316회 이어가다 현대는 '잠잠',\" translating to \"Gyeongju earthquake continues at 316th occurrence, currently quiet.\" This frame is part of a news broadcast providing updates on the ongoing seismic activity, which has reached the 316th occurrence and is showing signs of subsiding, as per the original ASR transcript.",
"The current frame shows a digital display of seismic activity data for the Gyeongju earthquake, specifically highlighting the 316th aftershock. The display indicates that the 316th aftershock has a magnitude of 8.9, with the text \"수신 관측소\" (Observation Station) and the number \"89\" in red digital format. The background news ticker at the bottom reads \"경주 지진 316회 이어가다 현대는 '잠잠',\" translating to \"Gyeongju earthquake continues at 316th occurrence, currently quiet.\" This frame is part of a news broadcast providing updates on the ongoing seismic activity, which has reached the 316th occurrence and is showing signs of subsiding, as per the original ASR transcript."
] |
5p1N4MtudiI
|
The video is a news broadcast about the ongoing aftershocks of a 5.8-magnitude earthquake that occurred in Gyeongju, South Korea. The aftershocks have reached 316 times, with the Korea Meteorological Administration reporting that the seismic activity is showing signs of subsiding. The news broadcast features two anchors dressed in traditional Korean hanbok, with a cityscape backdrop likely of Gyeongju. The broadcast displays multiple maps and data charts related to the seismic activity, including topographical maps and seismic activity patterns with contour lines indicating intensity. The maps show the distribution of aftershock locations, with different colors indicating varying magnitudes. The news ticker at the bottom of the screen provides updates on the earthquake, stating that the aftershocks have reached 316 times and are currently quiet. The video also shows a young person working on a task related to the seismic activity, and a digital display of seismic activity data highlighting the 316th aftershock. Overall, the video provides an update on the seismic activity in Gyeongju, emphasizing the current calm period amidst the aftershocks.
|
{
"original": " 지난 12일에 발생한 규모 5.8의 경주 지진의 여진이 316회 발생한 것으로 집계됐습니다. 기상청은 오늘 오전 11시 기준 여진 횟수가 316회라고 발표했습니다. 규모별 횟수는 1.5에서 3.0이 301차례, 3.0에서 4.0은 14차례, 4.0에서 5.0은 1차례 감지됐습니다. 사흘째 계속된 여진은 일단 멈추는 징후를 보이고 있는 것으로 기상청은 파악하고 있습니다.",
"refined": "The aftershocks of the 5.8 magnitude Gyeongju earthquake that occurred on the 12th have been recorded 316 times. As of 11 am this morning, the Korea Meteorological Administration reported 316 aftershocks. The breakdown by magnitude is as follows: 301 aftershocks between 1.5 and 3.0, 14 between 3.0 and 4.0, and one between 4.0 and 5.0. The aftershocks, which have continued for three days, are showing signs of subsiding, according to the Korea Meteorological Administration.",
"summarized": "A 5.8-magnitude earthquake occurred in Gyeongju on the 12th, followed by 316 aftershocks as of 11 am today. The aftershocks were mostly minor, with 301 between 1.5 and 3.0 magnitude, 14 between 3.0 and 4.0, and 1 between 4.0 and 5.0. The aftershocks have continued for four days but appear to be subsiding, according to the Korea Meteorological Administration.",
"translated": "The aftershocks of the 5.8-magnitude earthquake that occurred in Gyeongju 12 days ago have been recorded 316 times. As of 11 am today, the Korea Meteorological Administration reported that the number of aftershocks has reached 316. By magnitude, 301 of the aftershocks ranged from 1.5 to 3.0, 14 ranged from 3.0 to 4.0, and one ranged from 4.0 to 5.0. The aftershocks, which have continued for three days, are showing signs of subsiding, according to the Korea Meteorological Administration.",
"translated_llm": "The number of earthquakes in the last 12 days has been estimated at 316 of magnitude 5.8. The Meteorological Office has announced that the number of earthquakes as of 11 am today is 316. The number of earthquakes in the past 12 days has been estimated at 1.5 to 3.0 and 301 times, 3.0 to 4.0 and 14 times, 4.0 to 5.0 and once.",
"translated_whisper": " The incident occurred on 5.8 Gyeongju. Three hundred and sixteen times of earthquake occurred. As a result. The Kisangcheon News Agency reported that the number of earthquakes occurred at 11 a.m. this morning as 316. The number of a 1.5 to 3.0 is 301 times. Three three points zero four points zero were a few zeroes, four points zero and a quarter is a few. I have been detected. Over the past four days, the 여진 has been seen to be stuck for a while. Kisang-chung is knowing that."
}
|
The 2016 Gyeongju earthquake occurred on September 12 near Gyeongju, South Korea.
| ["People running out of buildings during the 2016 Gyeongju, South Korea earthquake on September 12",(...TRUNCATED)
| ["Buildings collapsing or showing significant structural damage during the 12 September 2016 earthqu(...TRUNCATED)
| ["People running out of buildings during the earthquake in Gyeongju, South Korea on September 12, 20(...TRUNCATED)
| {"article_url":"https://ko.wikipedia.org/wiki/2016%EB%85%84_%EA%B2%BD%EC%A3%BC_%EC%A7%80%EC%A7%84","(...TRUNCATED)
| 16
| ["The current frame shows an aerial view of a traditional Korean village with numerous houses featur(...TRUNCATED)
|
roaxxb8zRLU
| "The video depicts a traditional Korean village in Gyeongju, Hwangnam-dong, showcasing its cultural (...TRUNCATED)
| {"original":" ល្ពបានដោយើងមំខងានដំល ១ េការអណា(...TRUNCATED)
|
The 2016 Gyeongju earthquake occurred on September 12 near Gyeongju, South Korea.
| ["People running out of buildings during the 2016 Gyeongju, South Korea earthquake on September 12",(...TRUNCATED)
| ["Buildings collapsing or showing significant structural damage during the 12 September 2016 earthqu(...TRUNCATED)
| ["People running out of buildings during the earthquake in Gyeongju, South Korea on September 12, 20(...TRUNCATED)
| {"article_url":"https://ko.wikipedia.org/wiki/2016%EB%85%84_%EA%B2%BD%EC%A3%BC_%EC%A7%80%EC%A7%84","(...TRUNCATED)
| 16
| ["The current frame shows a news broadcast featuring a reporter and a guest on a street where a grou(...TRUNCATED)
|
3ojHTwrvx90
| "President Park Geun-hye visited the Gyeongju region in Gyeongbuk, which has recently experienced a (...TRUNCATED)
| {"original":" 박근혜 대통령이 최근 강진이 잇따라 발생한 경북 경주지역을 찾(...TRUNCATED)
|
The 2016 Gyeongju earthquake occurred on September 12 near Gyeongju, South Korea.
| ["People running out of buildings during the 2016 Gyeongju, South Korea earthquake on September 12",(...TRUNCATED)
| ["Buildings collapsing or showing significant structural damage during the 12 September 2016 earthqu(...TRUNCATED)
| ["People running out of buildings during the earthquake in Gyeongju, South Korea on September 12, 20(...TRUNCATED)
| {"article_url":"https://ko.wikipedia.org/wiki/2016%EB%85%84_%EA%B2%BD%EC%A3%BC_%EC%A7%80%EC%A7%84","(...TRUNCATED)
| 16
| ["The current frame depicts a news broadcast in which a news anchor, dressed in traditional Korean a(...TRUNCATED)
|
w6jdwGYcKZU
| "A 5.8 magnitude earthquake struck Gyeongju, South Korea, resulting in 23 injuries and 1,118 cases o(...TRUNCATED)
| {"original":" 국민안전처는 경주에서 발생한 규모 5.8의 지진으로 부상자 23명(...TRUNCATED)
|
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