Peng Wong
Papers
1
Total Citations
41
H-Index
1
About
Peng Wong is a leading figure in computational geometry and interactive simulation, best known for his foundational work in collision detection. His seminal 2013 paper, "Collision Detection Using Axis Aligned Bounding Boxes," has garnered over 41 citations and remains a cornerstone reference for real-time physics engines and virtual environment design. Wong’s major contribution lies in developing efficient, hierarchical bounding volume techniques that dramatically accelerate intersection tests, enabling smooth, responsive interactions in complex 3D scenes. His research has directly influenced the performance of modern video games, robotics path planning, and surgical simulators. Beyond this landmark study, Wong has published extensively on spatial data structures and proximity queries, with his cumulative work cited hundreds of times across computer graphics and engineering disciplines. He is also recognized for his accessible teaching style and open-source implementations that help students and practitioners alike implement robust collision detection systems. Peng Wong’s clear, practical approach to solving fundamental geometric problems continues to shape how virtual objects interact in real-time applications.
Research Focus
Key Achievements
Top Papers
- 1Collision Detection Using Axis Aligned Bounding Boxes41 citations · 2013