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About

Masaaki Ohkita is a robotics and sensor systems researcher whose work has made meaningful contributions to autonomous mobile robot navigation and environmental sensing technologies. His research career spans foundational challenges in robotics, from early obstacle avoidance algorithms to sophisticated parallel parking control systems. His 1993 work on obstacle avoidance algorithms laid important groundwork for autonomous navigation, while his 1996 study on the DREAM-1 robot's parallel parking control — his most cited work with 24 citations — demonstrated practical advancements in real-world autonomous vehicle maneuverability at a time when such capabilities were still emerging. Ohkita also dedicated significant effort to advancing ultrasound sensor technology, recognizing its critical role in robotic perception. His 2008 and 2009 research on high-performance ultrasound sensor systems addressed key limitations of conventional designs, which traditionally measured only basic distance data, pushing toward richer environmental sensing capabilities. With a total citation footprint across multiple decades, Ohkita's work reflects a sustained commitment to bridging theoretical robotics research with practical engineering solutions, particularly in helping autonomous systems better perceive and navigate their surroundings.