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Sueray Wang 
Biography
I am a second-year PhD student at TAMU CSE and Aggie Graphics Group, advised by Prof. Shinjiro Sueda. I received my bachelor’s degree in Mathematics and Physics from St. Olaf College. My research interest primarily lies on physically-based simulation, which focuses on exploring high-fidelity models that yield accurate dynamics and implementing high-performance methods that construct realistic simulations.
Interests
- Computer Graphics
- Physics-based Simulation
- Deep Learning
Education
Ph.D. in Computer Science
Texas A&M University, 2024 - Present
B.S. in Mathematics and Physics
St. Olaf College, 2017 - 2021
Projects
*
A geometric learning framework that bridges fast coarse cloth simulation and detailed yarn-level dynamics using neural networks and parametric surface reconstruction.
Real-time cloth simulation on animated characters using Extended Position-Based Dynamics (XPBD) with GPU acceleration.
Experience
Responsibilities include:
- Set up an environment for recording flies’ behavior and use transfer learning to train a network on base videos, then repurpose the learned features to the target videos.
- Adapt the algorithms used in DeepLabCut to lower the running time for training machines with low frame rate videos
- Investigated microscopic friction between two sliding surfaces at high speeds.
- Designed modules to automate modeling force-displacement loop of contacts vs changes in the resonance of a quartz crystal caused by frictional forces.
- Presented in Midstates Consortium Physical Sciences, Mathematics and Computer Science Research Symposium.
- Proved conditions under which metacyclic p-groups are isoclinic.
- Conjectured that the automorphism groups of Schulte metacyclic p-groups are isoclinic, produced data implying that the conjecture might be true.
- Presented in Northfield Undergraduate Mathematics Symposium.
Gallery
Contact
Feel free to contact me through email or in person!
- sueraywang@tamu.edu
- 435 Nagle St, College Station, TX 77843
- Enter L.F. Peterson Building and take the stairs/elevator to Office 402 on Floor 4
- MTF 10:00 to 17:00