This work is focused on the development of physiological and mathematical model of muscle extension induced by FES-assisted knee swinging ergometer.

This work is focused on the development of physiological and mathematical model of muscle extension induced by FES-assisted knee swinging ergometer.

Musculoskeletal Model. The development of well founded physiological based muscle model is important in controlling the FES-assisted knee swinging ergometer.

This paper presents the development of physiological and mathematical model of muscle extension and flexion induced by functional electrical stimulation ...

Jan 9, 2014 · A humanoid with muscle model was developed and incorporated with the ergometer to perform simulation of FES-assisted knee swinging exercise.

In this study, a model of a FES-assisted knee ergometer was developed to utilize the voluntary non-paretic leg movement to assist the FES-induced paretic leg of ...

This paper presents the development of a model of knee swinging ergometer for stroke patient. Knee swinging ergometer is introduced as a hybrid exercise for ...

A knee swinging ergometer model, humanoid model and a stimulated quadriceps muscle model are developed to simulate the FES-assisted knee swinging exercise. A ...

Aug 30, 2024 · This paper provides a summary of the potential of sensor AD8619-based sEMG in monitoring muscle strength progression in stroke patients.

This paper presents the development of a model of knee swinging ergometer for stroke patient. Knee swinging ergometer is introduced as a hybrid exercise for ...