While many recent hand pose estimation methods critically rely on a training set of labelled frames, the creation of such a dataset is a challenging task that has been overlooked so far. As a result, existing datasets are limited to a few sequences and individuals, with limited accuracy, and this prevents these methods from delivering their full potential. We propose a semi-automated method for efficiently and accurately labeling each frame of a hand depth video with the corresponding 3D locations of the joints: The user is asked to provide only an estimate of the 2D reprojections of the visible joints in some reference frames, which are automatically selected to minimize the labeling work by efficiently optimizing a sub-modular loss function. We then exploit spatial, temporal, and appearance constraints to retrieve the full 3D poses of the hand over the complete sequence. We show that this data can be used to train a recent state-of-the-art hand pose estimation method, leading to increased accuracy.
Presentation: CVPR'16 poster
Datasets: Multi-User Egocentric Datasets:
Using our annotation tool, we created a large dataset with 3D hand pose annotations. This dataset targets hand pose estimation from an egocentric viewpoint. The dataset was captured by mounting an RGBD camera on a tripod at head height facing away from the subject. The subject is standing behind the camera, simulating a camera viewpoint equivalent to mounting the camera on an HMD.
The subjects were asked to perform common hand articulations, as well as typical articulations for AR/VR interaction. For each subject we recorded 19 sequences, 18 of which contain the same hand articulation performed by each subject, and 1 sequence with individual articulation.
We collected data from 4 subjects (1 male, 3 female) and approximately 63k RGBD frames (each around 15k). Data and annotations can be downloaded below. More annotations will be released soon :)
Here you can find the code for our CVPR'16 paper "Efficiently Creating 3D Training Data for Fine Hand Pose Estimation". It is distributed as a single package SemiAutoAnno
under GPLv3. The code can be run out-of-the-box with our synthetic dataset
There is no proper documentation yet, but a basic readme file and a short manual on how to use the GUI are included. If you have questions please do not hesitate to contact us.
If you use the code, please cite us (see below).