Max Robotics — Global Service Robot Directory + US Certification

About

Naoaki Yonezawa has made pioneering contributions to the field of cooperative mobile robotics, with a particular focus on intelligent vehicle transportation and multi-robot manipulation systems. His most influential work centers on the development of iCART II (intelligent Cooperative Autonomous Robot Transporters - type II), an innovative car transportation system that employs the "a-robot-for-a-wheel" concept. This approach, detailed in his 2011 paper (24 citations), uses specialized mobile robots called MRWheels to lift and transport individual wheels, enabling autonomous vehicle relocation in constrained environments. Yonezawa further advanced this concept by developing a system that grasps only the two drive wheels of a vehicle, addressing the nonholonomic constraints inherent in such configurations. His research also extends to snake-like robots, where he proposed a whole-body path-following control method based on Lyapunov stability theory (2020). Through his work on relative position estimation between robots and vehicles, Yonezawa has addressed critical challenges in multi-robot coordination and autonomous parking systems. His contributions have significant implications for smart cities, automated parking facilities, and logistics, demonstrating how cooperative robotics can revolutionize vehicle handling and urban mobility.