The 20BN-jester Dataset V1
Introduction
The 20BN-JESTER dataset is a large collection of densely-labeled video clips that show humans performing pre-definded hand gestures in front of a laptop camera or webcam. The dataset was created by a large number of crowd workers. It allows for training robust machine learning models to recognize human hand gestures. It is available free of charge for academic research. Commercial licenses are available upon request.
Data format
The video data is provided as one large TGZ archive, split into parts of 1 GB max. The total download size is 22.8 GB. The archive contains directories numbered from 1 to 148092. Each directory corresponds to one video and contains JPG images with height 100px and variable width. The JPG images were extracted from the orginal videos at 12 frames per seconds. The filenames of the JPGs start at 00001.jpg. The number of JPGs varies as the length of the original videos varies.
Terms of use
This dataset be used for academic research free of charge under the below license agreement. If you seek to use the data for commercial purposes please contact us.
Download Dataset
Please register or log in to download the dataset.
| Total number of videos |
148,092
|
| Training Set |
118,562
|
| Validation Set |
14,787
|
| Test Set (w/o labels) |
14,743
|
| Labels |
27
|
|
12,416
Doing other things
5,444
Drumming Fingers
5,344
No gesture
5,379
Pulling Hand In
5,315
Pulling Two Fingers In
5,434
Pushing Hand Away
5,358
Pushing Two Fingers Away
5,031
Rolling Hand Backward
5,165
Rolling Hand Forward
5,314
Shaking Hand
5,410
Sliding Two Fingers Down
5,345
Sliding Two Fingers Left
5,244
Sliding Two Fingers Right
5,262
Sliding Two Fingers Up
5,413
Stop Sign
5,303
Swiping Down
5,160
Swiping Left
5,066
Swiping Right
5,240
Swiping Up
5,460
Thumb Down
5,457
Thumb Up
3,980
Turning Hand Clockwise
4,181
Turning Hand Counterclockwise
5,307
Zooming In With Full Hand
5,355
Zooming In With Two Fingers
5,330
Zooming Out With Full Hand
5,379
Zooming Out With Two Fingers
|
|
Leaderboard
If you have been successful in creating a classification model based on the training set and it performs well on the validation set, we encourage you to run your model on the test set (which is published without any class labels, as you might have noticed). Please prepare a .csv file with the video's id in the first column and your predicted class label (as a string matching the wording used in the training and validation sets). As a separator, please use a semicolon. You can then upload your .csv file here (user login required) to be ranked in the leaderboard and to benchmark your approach against that of other machine learners. We are looking forward to your submission.
Fusion_TSN_LSTM
RFEEN, 20 Crops
rgb 12F
rgb 8F
Ford's Gesture Recognition System
DRX3D
Motion Fused Frames (MFFs)
Code: https://github.com/okankop/MFF-pytorch
Article: https://arxiv.org/pdf/1804.07187.pdf
Contact:okankopuklu@gmail.com
Spatiotemporal Two Streams network
3D CNN Architecture
Motion Feature Network (MFNet)
RNP
ResNext 101
SSNet RGB resnet
TVB
Temporal Pyramid Relation Network for Video-Based Gesture Recognition，2018 25th IEEE International Conference on Image Processing (ICIP)
DIN
TRN - 8 segments
3D CNN - Multi time scale evaluation
8frames rgb
TRN (CVPR'18 submission)
TRN + BNInception
Anonymous
final test
label+string
slowfast res50
3D CNN for transfer learning
Besnet
3D_GesNet
3D-GesNet(only rgb)
ECO
TRN-E
One Stream Modified-I3D
RT C3D - 16 Frames
Code: https://github.com/fabiopk
Modified C3D
CNN+LSTM
3D ResNet 101
VideoLSTM
3D convolutional neural network
ConvLSTM
Twenty Billion Neuron's Jester System
3d+resnet18
Basic finetune MobileNetV2 (pretrained imagenet) + LSTM output
interframe-difference LSTM
Mobilenetv3-LSTM
3D ResNet
3D-ResNet101 trained on Kinetics
Test
Just random guessing...
rgb_only
test label (from 0 to 26)
ResNext 101
[test_run] 3D RGB 16F