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Hands in the Million Challenge (HIM) Dataset
The Hands in the Million Challenge (HIM) dataset is a dataset for hand pose estimation. It contains 95,540 depth images from various subjects. -
HANDID Dataset
The dataset used for training and testing the hand pose estimation model. It contains depth images of hands with 6 annotated keypoints (fingertips and wrist) per frame. -
ShanghaiTech RGBD
Multi-modal crowd counting involves estimating crowd density from both visual and thermal/depth images. -
Multi-modal Crowd Counting via a Broker
Multi-modal crowd counting involves estimating crowd density from both visual and thermal/depth images. -
Child Growth Monitor Dataset
A dataset of depth images collected from children under 5 years of age using a smartphone, used for height estimation. -
ModelNet dataset
The dataset used for training a Convolutional Neural Network to predict a grasp quality score over all grasp poses, given a depth image of an object. -
Biwi Kinect Head Pose
The dataset used for head pose estimation on depth images only. -
ICVL Hand Posture Dataset
The ICVL Hand Posture Dataset comprises a training set of over 180k depth images showing various hand poses. -
NYU Hand Pose Dataset
The NYU Hand Pose Dataset comprises 70,000 images captured with a depth sensor in VGA resolution accompanied by ground truth annotations of positions of hand joints. -
Stereo-based Hand Tracking Benchmark
A benchmark for evaluating hand pose tracking/estimation algorithms on passive stereo. Unlike existing benchmarks, it contains both stereo images from a binocular stereo camera... -
ITOP Dataset
The ITOP dataset contains depth images from top and front view. The training split and the test split consist of 40k and 10k images, respectively. -
Real dataset for fabric mechanics estimation
A real dataset of depth images of fabrics, with mechanical ground truth parameters, used to test and evaluate a method for estimating fabric mechanics from depth images. -
Synthetic dataset for fabric mechanics estimation
A synthetic dataset of depth images of fabrics, with mechanical ground truth parameters, used to train and evaluate a method for estimating fabric mechanics from depth images.