Harold Potter
Papers
1
Total Citations
8
H-Index
1
About
Harold Potter is a robotics researcher whose work focuses on energy-efficient motion planning for robotic manipulators, particularly redundant planar robots. His most-cited paper, "Energetically Optimal Trajectory for a Redundant Planar Robot by Means of a Nested Loop Algorithm" (2022, 8 citations), introduces a novel two-level nested optimization algorithm that leverages fourth-degree polynomials to generate point-to-point trajectories with significantly reduced energy consumption. This contribution addresses a critical challenge in industrial robotics: minimizing power usage while maintaining precise motion control. By optimizing the kinematic redundancy of planar robots, Potter’s approach enables more sustainable automation processes. His work has been recognized for its practical implications in manufacturing and robotics, where energy efficiency is increasingly paramount. Though early in his career, Potter’s methodical integration of optimization theory with real-world robotic constraints marks him as a promising contributor to the field. His research not only advances trajectory planning but also provides a foundation for future studies on energy-aware robotic systems, making his work relevant for students and researchers exploring sustainable robotics and optimal control.
Research Focus
Key Achievements
Top Papers
- 1