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Hiroto Suzuki

2 accepted papers

2018

Design and Evaluation of Torque Based Bipedal Walking Control System That Prevent Fall Over by Impulsive Disturbance

IROS 2018poster

In this paper, we develop a bipedal robot control system that has an ability to perform instantaneous high power and flexibility to absorb an impulsive disturbance. We utilize a sensor-less whole body torque control method executed in a high responsive realtime distributed system. This system also i…

Cited by 4SourceScholar
2017

Distributed torque estimation toward low-latency variable stiffness control for gear-driven torque sensorless humanoid

IROS 2017poster

This paper explains low-latency joint torque feedback control based on torque estimation on each joint for gear-driven humanoid robots with harmonic drives. Force control of gear-driven robots has an advantage in its fully variable stiffness in comparison with elastic robots. However, feedback laten…

Cited by 27SourceScholar