Yoshiaki Taga
Papers
1
Total Citations
5
H-Index
1
About
Yoshiaki Taga is a pioneering figure in robotics and tactile sensing, best known for his foundational work on slip detection for robotic manipulation. His key research areas include haptic sensors, soft robotics, and dexterous hand control, with a focus on enabling robots to handle delicate objects with human-like precision. Taga’s major contribution is the development of a novel slip sensor that leverages the stick-slip phenomenon of a rubber membrane, allowing robots to detect incipient slippage and adjust grip force in real time. This innovation, detailed in his 1991 paper “A Slip Sensor Using Stick-Slip of Rubber Membrane,” has garnered 5 citations and is considered a seminal reference in tactile sensing. The sensor’s design—a simple pressure gauge integrated with a rubber sheet—enabled robots to safely grasp fragile items like paper cups and pudding, a breakthrough that influenced subsequent work in adaptive grasping and soft robotics. Taga’s achievements demonstrate how elegant, low-cost sensor designs can solve complex manipulation challenges, inspiring researchers in haptics and robotic dexterity. His work remains a touchstone for those exploring tactile feedback in autonomous systems.
Research Focus
Key Achievements
Top Papers
- 1A Slip Sensor Using Stick-Slip of Rubber Membrane5 citations · 1991