We are currently Ph.D. students in the GIVE Lab at College of Computer Science and Technology of Zhejiang University, adviced by Prof. Ruofeng Tong, Prof. Lanfen Lin and Prof. Min Tang.
- Contact Info:
- Zhejiang University
- 38 Zheda Road
- Hangzhou, Zhejiang 310027
- China
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I am Ying Nie, currently a Ph.D. student advised by Ruofeng Tong.
My research interests are in computer vision and machine learning.
Email: nyzju@zju.edu.cn
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I am Xinlei Wang, currently a Ph.D. student advised by Min Tang.
My research interests are in collision detection, physics-based simulation and GPU-based algorithms.
Email: wxlwxl1993@126.com
Enrolled in 2015
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I am Tongtong Wang, currently a Ph.D. student advised by
Ruofeng Tong and
Min Tang.
My research interests are in physics-based cloth simulation and collision handling.
Email: wtt923@zju.edu.cn
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I am Wenxiang Chen, currently a Ph.D. student advised by
Ruofeng Tong.
My research interests are in artificial intelligence, robotics and motion planning.
Email: chenwx@zju.edu.cn
Enrolled in 2014
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I am Jiang Du, currently a Ph.D. student advised by
Ruofeng Tong.
My research interests are in geometric modeling and processing, computer graphics.
Email: dujiang001@zju.edu.cn
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I am Yanlong Tang, currently a Ph.D. student advised by
Ruofeng Tong.My research interests are in 3D face reconstruction.
Email: yanlongtang@gmail.com
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I am Dan Song, currently a Ph.D. student advised by
Ruofeng Tong.My research interests are in 3D body shape estimation under clothes.
Email: zjusongdan@163.com
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I am Zhendong Wang, currently a Ph.D. student advised by Min Tang.My research interests are in physics-based cloth simulation, collision handling and GPU-based algorithms.
Email: wangzhendong@zju.edu.cn
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I am Someone, currently a Ph.D. student advised by ....My research interests are in ....
Email: someone@zju.edu.cn
Anyone in GIVE Lab is welcome to join us. Please contact with Zhendong.
Enrolled in 2013
Efficient and Robust Strain Limiting and Treatment of Simultaneous Collisions with Semidefinite Programming
Depth Incorporating with Color Improves Salient Object Detection
As-equilateral-as-possible surface remeshing
TightCCD: Efficient and Robust Continuous Collision Detection using Tight Error Bounds
Efficient Video Cutout by Paint Selection
Fast and Exact Continuous Collision Detection with Bernstein Sign Classification