Wenguang Li

Shenyang Ligong University, Chinese Academy of Sciences

Papers

Total Citations

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About

Wenguang Li is a robotics researcher whose work centers on motion planning, path optimization, and trajectory control for both mobile and industrial robotic systems. His most recognized contribution, "The Path Planning for Mobile Robot Based on Voronoi Diagram" (2010), has garnered 27 citations and demonstrates his innovative approach to spatial modeling and navigation. In this work, Li introduced Voronoi diagram-based workspace modeling combined with an improved Dijkstra algorithm to efficiently compute globally optimal collision-free paths for mobile robots — a challenge central to autonomous navigation. This contribution reflects his ability to bridge computational geometry with practical robotics applications. Beyond mobile robotics, Li has also directed his expertise toward industrial manipulation, exploring optimized trajectory planning algorithms that normalize velocity and time constraints within Cartesian space, ensuring smoother and more efficient robotic arm motion. His 2012 work in this area highlights his broader commitment to making robotic systems more precise and operationally reliable in manufacturing contexts. Though his citation footprint is still developing, Li's foundational research addresses enduring challenges in robotics autonomy and control, making his work a valuable reference point for students and engineers exploring intelligent motion planning and robot kinematics.