- 彭 彦鴻
- Attention is all you need.
研究テーマ / Research topic
Modeling and controlling of the Fabric Actuator by Deep Learning on Point Cloud
Soft robotics are actuators made of the flexible materials，such as McKibben type artificial muscles. Compared to mechanical actuators composed of rigid bodies such as electric motors and hydraulic cylinders，soft actuators are lighter and more flexible. It has got a lot of attention and developed for use in a wide range of fields such as medical robots and wearable devices.
However, there exist common limitations in modeling and controlling since the structural compliance and the viscoelasticity in the material results in complex and unpredictable behaviors due to non-linearity. A potential solution to the non-linearity of flexible actuator is deep learning. It is well known that deep learning algorithms are effective in solving nonlinear problems in soft robotics, and they have recently been used to solve problems related to soft robots.
This research aims to solve the above limitations of the soft robot by deep learning. The goal of this research is to develop a wearable system using the soft actuator and can assist people in some common actions. There are the following three objectives. In the initial stage, build a simulator that can simulate the deformation of the soft robot. In the second stage, find a control method according to the developed simulator. In the final stage, develop a wearable system to support some people with limited mobility and the elderly.