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About

Keita Kurashiki is a leading figure in agricultural and construction robotics, specializing in autonomous navigation and control for mobile robots in challenging, semi-structured environments. His research bridges the gap between theoretical control systems and practical field applications, with a focus on orchard automation and remote-operated construction machinery. Kurashiki’s most cited work, “Orchard traveling UGV using particle filter based localization and inverse optimal control” (22 citations), pioneered a robust method for self-localization and path control in orchards, enabling autonomous monitoring and spraying. He further advanced visual navigation with “Visual Navigation of a Wheeled Mobile Robot Using Front Image in Semi-Structured Environment” (12 citations), contributing to the Tsukuba Challenge. His innovative use of central catadioptric cameras for image-based path following (12 citations) and robust arbitrary path control for nonholonomic robots (10 citations) demonstrates his commitment to vision-based, calibration-robust systems. Kurashiki also tackles force feedback in hydraulically-driven construction robots, enhancing remote operation safety. With a career spanning over a decade, his work has accumulated over 80 citations, directly impacting the development of unmanned ground vehicles for agriculture and dual-arm construction robots, making him a key contributor to Japan’s push for automation in labor-intensive industries.