Yukimasa Kaneta

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About

Yukimasa Kaneta is a researcher whose work lies at the intersection of bio-inspired robotics and sensor-based control systems. His primary research focuses on developing methods for mobile robots to perceive and interact with their environments without relying on conventional distance sensors, drawing inspiration from the natural behaviors of animals and insects. Kaneta’s most significant contribution is his 2010 paper, "Determination of time to contact and application to timing control of mobile robot," which has garnered 21 citations. In this work, he pioneered a technique for calculating the time to contact—a critical parameter for obstacle avoidance and navigation—using only visual or non-distance-based inputs, enabling robots to react adaptively in unknown settings. His earlier 2009 study, "Determination of time to contact using a compound eye sensor," with 2 citations, further explored this concept by mimicking insect vision. Kaneta’s research is notable for its potential to simplify robotic sensing systems, reducing hardware costs while enhancing robustness. His work is particularly relevant for students and researchers interested in autonomous navigation, biomimicry, and minimalist sensor design, offering a novel perspective on how robots can achieve spatial awareness through time-based rather than distance-based measurements.