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scanned 3D volume. We use user-specified 3D skeleton, which is originally used for rigging the 3D model, to separate fused parts in a raw-scanned 3D volume.
The user annotates the skeleton structure on the calibrated images captured at the scanning step, and our system automatically segments the raw-scanned volume ...
The user annotates the skeleton structure on the calibrated images captured at the scanning step, and the system automatically segments the raw-scanned ...
Jun 3, 2019 · We propose a system that allows a user to generate a rigged 3D mesh from a raw-scanned 3D volume with simple annotations. The user annotates the ...
SkelSeg: Segmentation and Rigging of Raw-Scanned 3D Volume with User-Specified Skeleton (GI '19) ; AI vs. Stairs (deep reinforcement learning). AI Warehouse ...
The method allows a user to annotate a skeleton structure on registered photographs captured in the scanning step, followed by automatic cutting of fused body ...
The method allows a user to annotate a skeleton structure on registered photographs captured in the scanning step, followed by automatic cutting of fused body ...
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SkelSeg: Segmentation and Rigging of Raw-Scanned 3D Volume with User-Specified Skeleton (GI '19). 31 views. 1 year ago.
Seung-tak Noh , Kenichi Takahashi, Masahiko Adachi, Takeo Igarashi: Shape refinement and rigging of raw-scanned 3D volume by a user-specified skeleton.