AI4Engineering Lab
AI4Engineering Lab
Tour
News
People
Events
Publications
Jobs
Contact
3D human body shape reconstruction
W2H-Net: Fast Prediction of Waist-to-Hip Ratio from Single Partial Dressed Body Scans in Arbitrary Postures via Deep Learning
The Waist-to-Hip Ratio (WHR) is an important indicator for health risk prediction, body fat distribution, body shape analysis, and …
Ran Zhao
,
Xinxin Dai
,
Pengpeng Hu
,
Adrian Munteanu
PDF
Cite
Video
Point2PartVolume: Human Body Volume Estimation from A Single Depth Image
Human body volume (BV) is a useful biometric feature for human identification and an important medical indicator for monitoring body …
Pengpeng Hu
,
Xinxin Dai
,
Ran Zhao
,
He Wang
,
YingLiang Ma
,
Adrian Munteanu
PDF
Cite
DOI
PoseNormNet: Identity-preserved Posture Normalization of 3D Body Scans in Arbitrary Postures
Three-dimensional (3-D) human models accurately represent the shape of the subjects, which is key to many human-centric industrial …
Ran Zhao
,
Xinxin Dai
,
Pengpeng Hu
,
Adrian Munteanu
PDF
Cite
Video
DOI
AlignBodyNet: Deep Learning-Based Alignment of Non-Overlapping Partial Body Point Clouds From a Single Depth Camera
This article proposes a novel deep learning framework to generate omnidirectional 3-D point clouds of human bodies by registering the …
Pengpeng Hu
,
Edmond SL Ho
,
Adrian Munteanu
PDF
Cite
DOI
3DBodyNet: fast reconstruction of 3D animatable human body shape from a single commodity depth camera
Knowledge about individual body shape has numerous applications in various domains such as healthcare, fashion and personalized …
Pengpeng Hu
,
Edmond Shu–Lim Ho
,
Adrian Munteanu
PDF
Cite
Cite
×