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About

Kazunori Murakami is a leading researcher in intelligent robotic systems, with a primary focus on cooperative autonomous robots for vehicle transportation. His most significant contribution is the development of the iCART II (intelligent Cooperative Autonomous Robot Transporters - type II) system, which introduces the novel “a-robot-for-a-wheel” concept. This approach uses multiple compact mobile robots—each dedicated to lifting and maneuvering a single wheel—to autonomously transport cars in constrained environments like parking lots or assembly lines. His work on the MRWheel prototype demonstrates a robot downsized to less than half the size of conventional alternatives, enabling unprecedented flexibility. Murakami’s most cited paper (2011, 24 citations) establishes this foundational system, while his subsequent research (2012, 7 citations) refines the method by grasping only two drive wheels of a front- or rear-wheel-drive vehicle, addressing nonholonomic constraints. He also developed trajectory generation algorithms (2009, 6 citations) and estimation techniques for relative positioning (2012, 4 citations), ensuring precise coordination between robots. With a total of over 40 citations across his key works, Murakami’s innovations in cooperative robotics offer practical, scalable solutions for automated vehicle handling, making him a notable figure in intelligent transportation systems.