Hiroki Kito
Papers
2
Total Citations
24
H-Index
2
About
Hiroki Kito is a researcher focused on advancing the safety and reliability of human-robot collaboration, particularly in manufacturing environments. His key research areas include physical human-robot interaction, fail-safe motion control, and risk mitigation strategies for collaborative robotics. Kito’s most notable contribution is his work on "speed and separation monitoring," where he systematically analyzed potential runaway motion and physical interaction risks—a critical concern as robots work alongside humans. His 2020 paper on this topic has garnered 22 citations, reflecting its importance in shaping safety standards for collaborative systems. Additionally, Kito proposed a novel fail-safe contact motion control framework, demonstrated through simulations using the CRANE-X7 robotic arm. This work addresses the emerging risk of unintended robot motion, offering a proactive approach to preventing accidents. By combining theoretical risk assessment with practical control strategies, Kito’s research helps bridge the gap between industrial deployment and human safety. His contributions are particularly valuable for engineers and researchers developing next-generation collaborative robots that must operate reliably in shared workspaces.
Research Focus
Key Achievements
Top Papers
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