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A Shape-Maintained and Low-Dissipation Fluid Guiding Pipeline
所属机构名称:上海交通大学
会议名称:International Conference on Virtual Reality and Visualization
时间:2015.10.17
成果类型:会议
相关项目:大规模流体动画的压缩采样理论与方法
同会议论文项目
大规模流体动画的压缩采样理论与方法
期刊论文 8
会议论文 16
同项目会议论文
Shape Conservation of FFT-Based Fluid Simulation
Fluid Simulation Using Overcomplete Dictionaries based on Sparse Coding
A Practical GPU Accelerated Surface Reconstruction
流体模拟的压缩感知上采样方法研究
Position-based Fluid Control
Fast Smoke Simulation Using a High-Low Frequency Split Projection
Applying Tangential Flow on Surface Reconstruction of Particle Fluid using Geometry Median
Applying Tangential Flow on Surface Reconstruction of Particle Fluid using Geometry Median
Fast Smoke Simulation Using a High-Low Frequency Split Projection
Applying Tangential Flow on Surface Reconstruction of Particle Fluid using Geometry Median
Applying Tangential Flow on Surface Reconstruction of Particle Fluid using Geometry Median
Fast Smoke Simulation Using a High-Low Frequency Split Projection
Compressed Sensing-based Smoke Simulation
Fast Smoke Simulation Using a High-Low Frequency Split Projection
Interactive Smoke Simulation and Rendering on the GPU