Hongzhe Lu

University of California, Los Angeles, Northeastern University

Papers

Total Citations

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About

Hongzhe Lu is a leading figure in robotics and optimal motion planning, with a career spanning foundational theory to cutting-edge automation. His seminal 2002 work, "Robust computation of path constrained time optimal motions," with 86 citations, introduced a rigorous algorithm for computing time-optimal trajectories for robotic manipulators. By identifying and handling critical points—where a joint's reflected inertia vanishes—Lu provided a robust method for navigating acceleration constraints, a cornerstone contribution that has influenced subsequent research in robot dynamics and control. More recently, Lu has advanced the field of flexible robotics and automated measurement. His 2025 paper on "Path optimization of a flexible robot with a spatial compressed and a direction-guided exploring method" tackles the challenge of achieving stable optimal paths in diverse environments. This work proposes an innovative spatial compression and direction-guided exploration technique, demonstrating his continued impact on practical, multi-environment automation. With a career that bridges theoretical depth and applied innovation, Hongzhe Lu remains a key contributor to the evolution of intelligent robotic systems.