Hiroshi Ohroku
Papers
4
Total Citations
32
H-Index
3
About
Hiroshi Ohroku is a robotics researcher whose work centers on advanced locomotion control and teleoperation systems for hydraulically actuated hexapod robots. His most significant contributions focus on the development and refinement of adaptive impedance control strategies, particularly as applied to the COMET-IV hexapod platform — a sophisticated hydraulically driven robot designed for deployment in hazardous and unstructured environments. Ohroku's landmark 2011 paper on adaptive impedance control with compliant body balance, which has garnered 21 citations, addresses one of the field's most persistent challenges: maintaining stable body attitude while traversing uneven terrain. By integrating adaptive elements with force-based walking control and environmental identification, his research has meaningfully advanced the reliability of legged robots in real-world conditions. Beyond locomotion, Ohroku has contributed to teleoperation systems, exploring omni-directional vision and 3D animation-based interfaces to enable safe remote operation in disaster scenarios — work that underscores a broader commitment to humanitarian robotics applications. With multiple publications building upon a consistent research thread, his cumulative contributions reflect a focused and technically rigorous approach to making hexapod robots more capable, stable, and practically deployable in emergency and disaster response contexts.
Research Focus
Key Achievements
Top Papers
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