2026
Intrinsic Particle Optimization for Hex-Dominant Meshing
Qianlaier Bao, Haoran Sun, Shuang Wu, Yao Jin, Jin Huang, Shiyi Wang
Computers & Graphics (CAD/Graphics 2026), Article 104781 2026
Introduces an intrinsic particle representation for particle-based hex-dominant meshing, supporting efficient local field queries, particle tracking, and geometric constraints.
[Paper] [Data: Coming Soon]
Intrinsic Particle Optimization for Hex-Dominant Meshing
Qianlaier Bao, Haoran Sun, Shuang Wu, Yao Jin, Jin Huang, Shiyi Wang
Computers & Graphics (CAD/Graphics 2026), Article 104781 2026
Introduces an intrinsic particle representation for particle-based hex-dominant meshing, supporting efficient local field queries, particle tracking, and geometric constraints.
[Paper] [Data: Coming Soon]
2025
Research on 3D Voxel-Based Cumulus Cloud Modeling Method Using Ground-Based Cloud Images
Yuxuan Chen, Shiyi Wang, Yipeng Liao, Dongzhou Li, Jinjin Gao
Water Resources and Hydropower Engineering, 56(10), 152-164 2025
A 3D voxel-based method reconstructs cumulus clouds from ground-based cloud images using image preprocessing, spatial registration, and automatically extracted cloud base height and thickness. It models particle density under physical constraints and uses GPU rendering for efficient visualization.
Research on 3D Voxel-Based Cumulus Cloud Modeling Method Using Ground-Based Cloud Images
Yuxuan Chen, Shiyi Wang, Yipeng Liao, Dongzhou Li, Jinjin Gao
Water Resources and Hydropower Engineering, 56(10), 152-164 2025
A 3D voxel-based method reconstructs cumulus clouds from ground-based cloud images using image preprocessing, spatial registration, and automatically extracted cloud base height and thickness. It models particle density under physical constraints and uses GPU rendering for efficient visualization.
2024
Efficient Evaluation Method of Urban Inudation Depth Based on Static-Dynamic Variable Decoupled Interpolation
Wang Shiyi, Yang Guang, Chen Yuxuan, Li Dongzhou, Liu Guoqing, Fan Ziwu, Jia Benyou
China Flood & Drought Management, 34(9), 26-31 2024
Proposes a static-dynamic variable decoupled interpolation method, combined with distributed databases and parallel computing, to rapidly evaluate urban inundation depth.
Efficient Evaluation Method of Urban Inudation Depth Based on Static-Dynamic Variable Decoupled Interpolation
Wang Shiyi, Yang Guang, Chen Yuxuan, Li Dongzhou, Liu Guoqing, Fan Ziwu, Jia Benyou
China Flood & Drought Management, 34(9), 26-31 2024
Proposes a static-dynamic variable decoupled interpolation method, combined with distributed databases and parallel computing, to rapidly evaluate urban inundation depth.
Alternating Size Field Optimizing and Parameterization Domain CAD Model Remeshing
Shiyi Wang, Bochun Yang, Hujun Bao, Jin Huang
Computer Aided Geometric Design (Geometric Modeling and Processing 2024), 111, 102294 2024 Best Paper Award
Presents a CAD remeshing framework that alternates size-field optimization on the current mesh with mesh generation guided by that field.
Alternating Size Field Optimizing and Parameterization Domain CAD Model Remeshing
Shiyi Wang, Bochun Yang, Hujun Bao, Jin Huang
Computer Aided Geometric Design (Geometric Modeling and Processing 2024), 111, 102294 2024 Best Paper Award
Presents a CAD remeshing framework that alternates size-field optimization on the current mesh with mesh generation guided by that field.
2023
Efficient Texture Parameterization Driven by Perceptual-Loss-on-Screen
Haoran Sun, Shiyi Wang, Wenhai Wu, Yao Jin, Hujun Bao, Jin Huang
Computer Graphics Forum (Pacific Graphics 2022), 41(7), 507–518 2023
Develops a perceptually driven texture parameterization method that reduces texture resolution while preserving comparable on-screen visual quality.
Efficient Texture Parameterization Driven by Perceptual-Loss-on-Screen
Haoran Sun, Shiyi Wang, Wenhai Wu, Yao Jin, Hujun Bao, Jin Huang
Computer Graphics Forum (Pacific Graphics 2022), 41(7), 507–518 2023
Develops a perceptually driven texture parameterization method that reduces texture resolution while preserving comparable on-screen visual quality.
2022
3D Mesh Cutting for High Quality Atlas Packing
Shiyi Wang, Jiong Chen, Xifeng Gao, Hujun Bao, Jin Huang
Computer Aided Geometric Design, 99, 102149 2022
Presents a mesh-cutting method that balances parameterization distortion, singularity count, and boundary length to improve downstream atlas packing.
3D Mesh Cutting for High Quality Atlas Packing
Shiyi Wang, Jiong Chen, Xifeng Gao, Hujun Bao, Jin Huang
Computer Aided Geometric Design, 99, 102149 2022
Presents a mesh-cutting method that balances parameterization distortion, singularity count, and boundary length to improve downstream atlas packing.
IGA-Suitable Planar Parameterization with Patch Structure Simplification of Closed-Form Polysquare
Shiyi Wang, Jingwen Ren, Xianzhong Fang, Hongwei Lin, Gang Xu, Hujun Bao, Jin Huang
Computer Methods in Applied Mechanics and Engineering, 392, 114678 2022
Introduces a closed-form polysquare structure and a distortion-controlled patch simplification method for constructing IGA-suitable planar parameterizations.
IGA-Suitable Planar Parameterization with Patch Structure Simplification of Closed-Form Polysquare
Shiyi Wang, Jingwen Ren, Xianzhong Fang, Hongwei Lin, Gang Xu, Hujun Bao, Jin Huang
Computer Methods in Applied Mechanics and Engineering, 392, 114678 2022
Introduces a closed-form polysquare structure and a distortion-controlled patch simplification method for constructing IGA-suitable planar parameterizations.
2019
Constructing Volumetric Parameterization Based on Directed Graph Simplification of ℓ1 Polycube Structure from Complex Shapes
Long Chen, Gang Xu, Shiyi Wang, Zeyun Shi, Jin Huang
Computer Methods in Applied Mechanics and Engineering, 351, 422–440 2019
Proposes a framework for volumetric parameterization of complex shapes using directed-graph simplification of an ℓ1 polycube structure.
Constructing Volumetric Parameterization Based on Directed Graph Simplification of ℓ1 Polycube Structure from Complex Shapes
Long Chen, Gang Xu, Shiyi Wang, Zeyun Shi, Jin Huang
Computer Methods in Applied Mechanics and Engineering, 351, 422–440 2019
Proposes a framework for volumetric parameterization of complex shapes using directed-graph simplification of an ℓ1 polycube structure.