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About

Toshihiro Kiriki is a robotics researcher whose work centers on multi-fingered hand manipulation, mobile robot navigation, and human-robot interaction. His most significant contribution lies in bridging the gap between hardware-level control and high-level task descriptions for mechanical assembly. In his 2002 paper on motion primitives for multi-fingered hands (10 citations), Kiriki proposed a system that translates complex assembly tasks into executable programs, simplifying the expertise required for dexterous manipulation. This foundational work has influenced subsequent research in robotic assembly and grasping. Kiriki also advanced mobile robotics through human-aware navigation. His 2003 study on a 4-legged robot (5 citations) demonstrated a two-phase approach: visual tracking of a human head for following, followed by gesture recognition for command execution—an early example of intuitive human-robot collaboration. Additionally, his work on omni-directional vertical stereo vision (5 citations) and ultrasonic sensor-based navigation among moving obstacles (4 citations) contributed to robust localization and obstacle avoidance in dynamic environments. Though his citation counts are modest, Kiriki’s integrated approach to perception, control, and task planning has provided practical frameworks for autonomous systems, making his research valuable for students and engineers exploring real-world robotic applications.