Research
I am a member of the Walkthru/GPUCOMP and GAMMA research groups
at UNC Computer Science. My research interests include geometric and solid modeling, collision detection and proximity
queries, interactive rendering of large models,
and effective utilization of commodity
graphics hardware to solve geometric problems. My doctoral thesis
presents efficient and practical techniques to compute distance
fields and approximate Voronoi diagrams and simplified
medial axes of polyhedral models with topological guarantees.
Publications
Search by category for my publications on the GAMMA website database:
All Publications
Collision Detection and Proximity Queries
Geometric and Solid Modeling
Interactive Rendering of Large Models
GPU-Based Algorithms
If the above link is broken, a static list can be accessed here.
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