Max Robotics — Global Service Robot Directory + US Certification

About

Joseph Z. Ben-Asher is a leading authority in optimal control and trajectory optimization, with a primary focus on time-optimal path planning for mobile robots. His research addresses fundamental challenges in robotics and aerospace engineering, particularly in computing explicit, provably optimal trajectories under complex physical constraints. His most influential work, with 22 citations each, establishes rigorous solutions for time-optimal paths of point-mass and car-like mobile robots under explicit acceleration and steering-rate limits. He has systematically extended these results to incorporate nonsliding conditions, speed-dependent turning constraints, and obstacle avoidance, producing a comprehensive theoretical framework for real-time trajectory generation. His notable contributions include developing analytical solutions for the classic "car-like robot" problem and extending optimal control theory to three-dimensional curvature-constrained paths for short-range aerospace applications. With over 50 total citations across his core publications, Ben-Asher's work bridges classical optimal control theory with practical robotics, providing engineers with closed-form solutions that are both mathematically elegant and computationally efficient for autonomous navigation systems.