Technical Papers

Technical Papers

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Generating and Understanding Models

Friday, 30 November 16:15 - 18:15 | Peridot 206

	All-Hex Meshing using Singularity-Restricted Field We present a high-quality all-hex meshing framework based on singularity-restricted field. Yufei Li, The University of Hong Kong Yang Liu, Microsoft Research Asia Weiwei Xu, Microsoft Research Asia Wenping Wang, The University of Hong Kong Baining Guo, Microsoft Research Asia
	Design-Driven Quadrangulation of Closed 3D Curves We propose a novel, design-driven, approach to quadrangulation of closed 3D curves created by sketch-based or other curve modeling system, relying solely on the input curves to both conceive and construct the quad-mesh of an artist imagined surface bounded by them. Mikhail Bessmeltsev, University of British Columbia Caoyu Wang, University of British Columbia Alla Sheffer, University of British Columbia Karan Singh, University of Toronto
	Field-Guided Registration for Feature-Conforming Shape Composition In this paper, we present an automatic shape composition method to fuse two shape parts which may not overlap and possibly contain sharp features, a scenario often encountered when modeling man-made objects. Hui Huang, Shenzhen Institute of Advanced Integration Technology Minglun Gong, Memorial University of Newfoundland Daneil Cohen-Or, Tel Aviv University Yaobin Ouyang, Shenzhen Institute of Advanced Integration Technology Fuwen Tan, Shenzhen Institute of Advanced Integration Technology Hao Zhang, Simon Fraser University
	Structure Recovery by Part Assembly This work presents a technique that quickly converts acquired data from consumer-level scanning devices (like Microsoft Kinect) to high-quality 3D models with labeled semantic parts and meanwhile their assembly reasonably close to the underlying geometry. Chao-Hui Shen, Tsinghua University Hongbo Fu, City University of Hong Kong Kang Chen, Tsinghua University Shi-Min Hu, Tsinghua University
	Multi-Scale Partial Intrinsic Symmetry Detection We present an algorithm for multi-scale partial intrinsic symmetry detection over 2D and 3D shapes. Kai Xu, National University of Defense Technology and Shenzhen VisuCA Key Lab/SIAT Hao Zhang, Simon Fraser University Wei Jiang, National University of Defense Technology Ramsay Dyer, Geometrica group at INRIA Zhiquan Cheng, National University of Defense Technology Ligang Liu, University of Science and Technology of China Baoquan Chen, Shenzhen VisuCA Key Lab/SIAT

Technical Papers

Generating and Understanding Models

All-Hex Meshing using Singularity-Restricted Field

Design-Driven Quadrangulation of Closed 3D Curves

Field-Guided Registration for Feature-Conforming Shape Composition

Structure Recovery by Part Assembly

Multi-Scale Partial Intrinsic Symmetry Detection