Dataset Viewer
Auto-converted to Parquet Duplicate
video_id
stringclasses
6 values
split
stringclasses
1 value
source_split
stringclasses
1 value
source_dataset
stringclasses
1 value
category
stringclasses
6 values
youtube_url
stringclasses
6 values
clip_reference
stringclasses
6 values
clip_start_seconds
int64
3
1.91k
clip_end_seconds
int64
13
1.92k
fps
float64
15
30
duration_seconds
float64
9.43
10
num_frames
int64
150
300
annotator_count
int64
3
5
selected_annotator_index
int64
0
0
selected_annotator_consistency
float64
1
1
mean_annotator_consistency
float64
1
1
boundaries
listlengths
1
15
annotation_license
stringclasses
1 value
0x8ux7SrwZE
train
train
Kinetics-GEBD
trimming_or_shaving_beard
https://www.youtube.com/watch?v=0x8ux7SrwZE
trimming_or_shaving_beard/0x8ux7SrwZE_000061_000071.mp4
61
71
30
9.433333
283
5
0
1
1
[ { "start_seconds": 1.49866, "end_seconds": 1.69986, "boundary_kind": "visual_change", "change_type": "Change due to Fade/Dissolve/Gradual" } ]
CC-BY-NC-4.0
150momul7So
train
train
Kinetics-GEBD
surfing_crowd
https://www.youtube.com/watch?v=150momul7So
surfing_crowd/150momul7So_000004_000014.mp4
4
14
15
10
150
4
0
1
1
[ { "start_seconds": 0, "end_seconds": 1.51441, "boundary_kind": "visual_change", "change_type": "Change due to Pan" } ]
CC-BY-NC-4.0
1N6ACNX3pwg
train
train
Kinetics-GEBD
parasailing
https://www.youtube.com/watch?v=1N6ACNX3pwg
parasailing/1N6ACNX3pwg_000006_000016.mp4
6
16
25
10
250
5
0
1
1
[ { "start_seconds": 0.58538, "end_seconds": 0.58538, "boundary_kind": "visual_change", "change_type": "Change due to Cut" }, { "start_seconds": 1.28111, "end_seconds": 1.28111, "boundary_kind": "visual_change", "change_type": "Change due to Cut" }, { "start_seconds": 1.805...
CC-BY-NC-4.0
2BT8CiKHdTI
train
train
Kinetics-GEBD
mowing_lawn
https://www.youtube.com/watch?v=2BT8CiKHdTI
mowing_lawn/2BT8CiKHdTI_000003_000013.mp4
3
13
29.97003
10.01
300
3
0
1
1
[ { "start_seconds": 0.76771, "end_seconds": 0.76771, "boundary_kind": "semantic_event", "change_type": "Change of Actor/Subject" }, { "start_seconds": 1.81063, "end_seconds": 1.81063, "boundary_kind": "semantic_event", "change_type": "Change of Actor/Subject" }, { "start_s...
CC-BY-NC-4.0
2pg0JFkEZQg
train
train
Kinetics-GEBD
cheerleading
https://www.youtube.com/watch?v=2pg0JFkEZQg
cheerleading/2pg0JFkEZQg_000061_000071.mp4
61
71
29.916667
10.027855
300
5
0
1
1
[ { "start_seconds": 1.55957, "end_seconds": 2.07543, "boundary_kind": "visual_change", "change_type": "Change due to Fade/Dissolve/Gradual" }, { "start_seconds": 5.08659, "end_seconds": 5.61445, "boundary_kind": "visual_change", "change_type": "Change due to Fade/Dissolve/Gradual"...
CC-BY-NC-4.0
44cW2Z6AVHo
train
train
Kinetics-GEBD
yoga
https://www.youtube.com/watch?v=44cW2Z6AVHo
yoga/44cW2Z6AVHo_001911_001921.mp4
1,911
1,921
30
10
300
5
0
1
1
[ { "start_seconds": 3.68417, "end_seconds": 3.68417, "boundary_kind": "visual_change", "change_type": "Change due to Cut" } ]
CC-BY-NC-4.0

Streaming GEBD Causal Preview

Ten metadata-only examples derived from the official Kinetics-GEBD raw annotations. This preview validates the schema intended for causal streaming event-boundary training before publishing a full processed release.

Splits

  • train: 6 examples from the original Kinetics-GEBD training annotations.
  • validation: 2 examples from the original validation annotations.
  • test: 2 held-out examples from the original validation annotations.

The selected annotation for each clip is the annotation from the annotator with the highest consistency score. The complete release may replace this preview policy with consensus boundary aggregation.

Video access

This repository does not redistribute Kinetics YouTube videos. Each row contains the YouTube ID, source URL, and the original Kinetics clip start/end seconds. Availability and usage rights of each source video remain subject to YouTube and the original uploader.

Causal use

At time t, a streaming model must receive only frames with timestamps less than or equal to t. It must not use frames after the candidate boundary.

boundary_kind separates:

  • semantic_event: actor, object, action, or other semantic state change.
  • visual_change: cut, pan, zoom, fade, or speed transition.

Sources and license

Annotations are derived from StanLei52/GEBD, licensed under CC BY-NC 4.0. Cite:

@inproceedings{shou2021gebd,
  title={Generic Event Boundary Detection: A Benchmark for Event Segmentation},
  author={Shou, Mike Zheng and Lei, Stan Weixian and Wang, Weiyao and Ghadiyaram, Deepti and Feiszli, Matt},
  booktitle={ICCV},
  year={2021}
}
Downloads last month
49