Papers
5
Total Citations
53
H-Index
3
About
Ph. Wenger is a pioneering researcher in robotic workspace analysis and motion planning, whose work has fundamentally shaped how robots navigate cluttered environments. His primary research areas include robot design optimization, free workspace characterization, and obstacle-aware path planning. Wenger’s major contributions center on developing rigorous mathematical and computational methods for determining a manipulator’s reachable and moveable spaces amid obstacles. His most cited paper (2003, 23 citations) introduces a general approach combining CSG and spatial representations to design and position robots for optimal zone accessibility, a method that remains influential in industrial robotics. His seminal 1991 work (16 citations) provides a topological characterization of manipulator free workspace, accounting for joint limits and obstacles—a foundational concept for later path-planning algorithms. Wenger also pioneered the use of octrees for computing robot moveability areas (1989, 9 citations), enabling efficient spatial reasoning in encumbered environments. His research has been instrumental in advancing autonomous robot operation in manufacturing, logistics, and service robotics, demonstrating enduring impact through continued citations over three decades.
Research Focus
Key Achievements
Top Papers
- 1
- 2On the connectivity of manipulator free workspace16 citations · 1991
- 3Computing Moveability Areas of a Robot Among Obstacles Using Octrees9 citations · 1989
- 4
- 5