Papers
9
Total Citations
115
H-Index
5
About
J.P. Lallemand is a pioneering figure in robotics whose work has fundamentally shaped our understanding of parallel mechanisms, robot dynamics, and trajectory optimization. His research spans several critical domains, including the design of novel parallel robots, the theoretical foundations of manipulator duality, and the optimization of robotic motion under physical constraints. Lallemand’s most influential contribution is the 6-DOF 2-Delta parallel robot (1997, 48 citations), which introduced an innovative dual-Delta structure and provided explicit kinematic relationships that remain foundational for parallel robot design. He also made a significant theoretical breakthrough by demonstrating the duality between serial and parallel manipulators (2001, 21 citations), offering engineers a powerful framework for understanding operational speeds and forces across robot types. His work on optimal trajectory planning (2002, 14 and 10 citations) applied Pontryagin’s maximum principle to minimize travel time while respecting actuator limits—a practical advance for industrial robotics. Lallemand further contributed to cable-driven haptic interfaces (2005) and hyperstatic grasping optimization (2002), addressing real-world challenges in force control and dexterous manipulation. With over 100 total citations, his research continues to influence modern robotics education and design.
Research Focus
Key Achievements
Top Papers
- 1The 6-Dof 2-Deltaparallel robot48 citations · 1997
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