Welcome
Our laboratory researches theories and technologies related to the control and development of advanced mechatronics systems. In particular, we focus on robot control and haptics, including the guidance control of a robotic swarm composed of multiple robots and the development of systems to enhance human haptic perception or support motor learning (skill transfer). We are interested in various objectives, from artificial objects like machines to non-artificial objects like humans.
News
2026.03.28
News
Our research on finite-time control for a flexible Timoshenko arm has been published in Journal of Vibration and Control. The paper is titled "Finite-time boundary control of a one-link Timoshenko arm".
2026.02.06
News
Our research has been published in Artificial Life and Robotics. The paper is titled "Cooperative transportation of an object with a nonholonomic constraint by a swarm of nonholonomic robots".
2025.06.15
News
Our research has been published in JSME Mechanical Engineering Journal. The paper is titled "Leader-Follower Attitude Consensus for a Network of Boundary-Controlled Flexible Spacecraft".
2025.05.24
News
Our research has been published in ROBOMECH Journal. The paper is titled "Cooperative Transportation of an Object with a Nonholonomic Constraint by a Swarm Robot".
2025.04.01
News
Our Lab members have been updated.
Research
Main research themes
- Robot control: the guidance control of a robotic swarm composed of multiple robots and the vibration control of a flexible robot
- Haptics: the development of systems to enhance human haptic perception or support motor learning (skill transfer)