Takanori Hirano
Papers
2
Total Citations
35
H-Index
2
About
Takanori Hirano is a robotics researcher whose work bridges dynamic simulation, bipedal locomotion, and self-adaptive control systems. His most influential contribution is the development of ROCOS (Robot Control Simulator), a pioneering 3D dynamic simulator for biped walking robots created at Yokohama National University. In his seminal 2000 paper, Hirano demonstrated ROCOS’s capabilities by achieving a biped robot jump using adaptive impedance control—a feat that has earned 30 citations and remains foundational for researchers studying humanoid dynamic motion. More recently, Hirano has advanced the field of self-adaptive robotics by integrating discrete controller synthesis (DCS) into real-world robot path-finding. His 2023 demo paper shows how DCS, combined with models@runtime principles, enables robots to autonomously adapt their navigation strategies in changing environments. This work, while newer with 5 citations, represents a significant step toward verifiable, runtime-adaptive robotic systems. Hirano’s career trajectory—from fundamental simulation tools to cutting-edge self-adaptation—demonstrates a sustained commitment to making robots more capable and autonomous in real-world settings.
Research Focus
Key Achievements
Top Papers
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