C.L. Luck
Papers
2
Total Citations
51
H-Index
2
About
C.L. Luck’s research centers on the topology and kinematics of redundant robotic manipulators, with a particular focus on how joint constraints shape self-motion. His major contribution lies in rigorously characterizing the topological structure of self-motion manifolds—the continuous sets of joint configurations that produce the same end-effector pose. By proving that singular task-point pre-images partition the configuration space into regions of homotopic self-motion, Luck provided a foundational framework for understanding redundancy resolution under real-world joint limits. His most cited work, “Self-motion topology for redundant manipulators with joint limits” (2002, 41 citations), established this core insight, while a subsequent 8-DOF case study (10 citations) demonstrated its practical application. Though his citation counts are modest, Luck’s theoretical clarity has influenced subsequent work in singularity-avoidance and motion planning for high-DOF systems. His careful topological analysis remains a touchstone for researchers seeking to navigate the complex configuration spaces of kinematically redundant robots—a quiet but essential achievement in the field.
Research Focus
Key Achievements
Top Papers
- 1Self-motion topology for redundant manipulators with joint limits41 citations · 2002
- 2