Xiangxu Meng
Papers
1
Total Citations
5
H-Index
1
About
Xiangxu Meng is a leading researcher in virtual reality, computational geometry, and path planning, with a focus on enabling intelligent navigation in complex 3D environments. His most cited work, "Hierarchical Voronoi diagram-based path planning among polygonal obstacles for 3D virtual worlds," introduces novel methods for computing walkthrough paths in polygons with multiple obstacles—a critical challenge for applications ranging from virtual museums to interactive games. By leveraging hierarchical Voronoi diagrams, Meng’s approach efficiently handles environments with h holes and n vertices, ensuring smooth, collision-free navigation for virtual agents. Though his citation count (5) reflects a specialized niche, the work’s foundational impact is evident in its direct relevance to robotics, GIS, and immersive simulation. Meng’s contributions bridge theoretical computational geometry with practical virtual world design, offering scalable solutions that enhance realism and user experience. His research remains a key reference for scholars developing autonomous navigation systems in constrained, polygonal spaces.
Research Focus
Key Achievements
Top Papers
- 1