Overview
Hands frequently exhibit severe motion blur because of their fast and highly articulated movement. This makes 3D hand recovery challenging: a blurry image can contain visual evidence from multiple time steps, while the exact hand configuration at a particular instant remains ambiguous.
EBH provides real blurry hand images together with corresponding event streams and 3D hand annotations, enabling research on temporally ambiguous hand motion under realistic capture conditions.
Visual Examples
The EBH dataset captures synchronized blurry RGB images, event-stream observations, and 3D hand annotations. The examples below illustrate both the captured visual evidence and the corresponding 3D hand reconstruction target.
Dataset Contents
Blurry Images
Real blurry hand images captured from ten individuals, organized by capture direction and camera view.
blur_images.zip
Event Streams
Event data divided into 1 ms intervals, providing temporally dense observations of rapid hand movement.
events.zip
3D Annotations
3D annotations including MANO parameters, hand meshes, and 3D keypoints for sequence-level supervision.
annotations.zip
Directory Structure
Blurry Images
blur_images/
├── left_xxxxxx/
│ └── cam_00/
│ └── xxxxxx.png
└── right_xxxxxx/
└── cam_00/
└── xxxxxx.png
Event Streams
events/
└── left_xxxxxx/
├── xxx_01.png
├── xxx_02.png
├── ...
└── xxx_11.png
3D Annotations
annotations/
├── mano_params/
├── meshes/
└── keypoints_3d/
Download
The full EBH dataset is available through the official project Google Drive folder.
Paper
The EBH dataset and EBHNet were introduced in:
Joonkyu Park, Gyeongsik Moon, Weipeng Xu, Evan Kaseman, Takaaki Shiratori, and Kyoung Mu Lee. 3D Hand Sequence Recovery from Real Blurry Images and Event Stream. ECCV 2024.