Mikihiro Hayashi

Kobe University, The University of Tokyo

Papers

Total Citations

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About

Mikihiro Hayashi is a robotics researcher whose work spans two compelling frontiers: safe human-robot coexistence in dynamic environments and the development of biomechanically inspired humanoid systems. His most influential contributions center on intelligent motion planning for mobile robots operating alongside unpredictable human agents. Recognizing that human movement carries inherent uncertainty, Hayashi pioneered stochastic prediction frameworks that generate probabilistic existence maps of human positions, enabling robots to plan collision-free trajectories in real time. This foundational work, accumulated across complementary studies published in 2002 and collectively garnering over 60 citations, established an early and rigorous approach to one of service robotics' most persistent challenges. Beyond mobile platforms, Hayashi contributed meaningfully to humanoid robot design through his research on muscle-driven, flexible-spine architectures. His 2006 study, cited 24 times, advanced the case for musculoskeletal structures in full-body humanoids, arguing that mechanical compliance and soft construction open new possibilities for natural, adaptive movement. Taken together, his research reflects a coherent vision: robots that move more safely, more intelligently, and more organically within the human world.