3 accepted papers
This paper addresses the problem of assist-as-needed (AAN) control for rehabilitation robots. To achieve a motion which is not explicitly a function of time, the velocity field control is considered in this paper. The proposed new controller consists of a proportional-like feedback term and a neural…
Due to ill-defined and poorly understood dynamics of flapping wing flying robots, acquiring high-fidelity aero dynamical and control models for such aerial robots are challenging and often infeasible. In this work, we propose using a non-linear, model-free approach that eliminates errors arising fro
Recognizing the human gait is an edge research in robotics and rehabilitation. It has been popular to recognize the human gait from kinematic data. However, the recognition from muscle activities, the input of the movement, has not been widely approached. In this paper, we propose a framework to rec…