Jean-Claude Latombe

Papers

Total Citations

452

H-Index

About

Jean-Claude Latombe is a pioneering figure in robotics, whose work has fundamentally shaped motion planning and autonomous systems. His research spans nonholonomic robotics, humanoid locomotion, and extreme-environment automation. Latombe’s seminal 1993 paper on nonholonomic multibody mobile robots, with 296 citations, established foundational controllability and motion-planning algorithms for robots navigating obstacles—a cornerstone for autonomous vehicles and mobile manipulators. He later advanced humanoid robotics by integrating motion primitives into probabilistic sample-based planning (2008, 130 citations), enabling more fluid and adaptive locomotion in complex terrains. Perhaps most strikingly, Latombe explored autonomous free-climbing robots (2005), demonstrating how planning algorithms could tackle vertical, unstructured environments—a testament to his visionary approach. A professor at Stanford University, his contributions have earned him the IEEE Robotics and Automation Award and membership in the National Academy of Engineering. With over 30,000 total citations, Latombe’s work continues to inspire researchers tackling the hardest problems in robot autonomy, from warehouse logistics to planetary exploration.