Stuart Lucas

Papers

Total Citations

H-Index

About

Stuart Lucas is a robotics researcher whose work focuses on the fundamental challenges of kinematics and mechanical modeling. His most cited paper, "Real-Time Solution of the Inverse Kinematic-Rate Problem" (2000, 11 citations), addresses a classic and persistent issue in robotics: computing joint velocities to achieve desired end-effector motion. As computational speeds have advanced, the demand for real-time, online solutions has grown, and Lucas's work contributes to meeting that need. He also explores the practicalities of mechanical systems in "Modelling friction in multi-loop linkages" (2008, 3 citations), tackling the complex effects of friction in closed-chain mechanisms. While his citation counts are modest, Lucas's research is notable for engaging with enduring problems in robotics—problems that have been studied for decades and remain relevant as robots move into more dynamic, real-world environments. His work reflects a commitment to both theoretical rigor and practical implementation, offering insights valuable to students and researchers working on robot control and mechanical design.