Estimation of muscle contraction force based on the macroscopic feature of surface
electromyography (SEMG) has been widely reported, but the use of microscopic neural drive …

Accurate and long-term prediction of elbow flexion force can be used to recognize the
intended movement and help wearable power-assisted robots to improve control …

It is of great significance to estimate the interaction force of upper limbs accurately for
improving the control performance of human–computer interaction. However, due to the …

Electromyography (EMG) has been extensively employed for precise muscle force
estimation. Although methods based on motor unit (MU) activities (the smallest functional …

Objective. In this study, we proposed a dynamic voluntary contraction force estimation
framework and implemented it for elbow-flexion force estimation during arm posture …

Rapid and accurate prediction of interaction force is an effective way to enhance the
compliant control performance. However, whether individual muscles or a combination of …

With the accuracy and convenience improvement of electromyographic (EMG) acquired by
wearable devices, EMG is gradually used to evaluate muscle force signal, a non-invasive …

The positional smoothness and stability of the medical instrument is crucial in a surgery.
However, the instrument is subject to disturbance from human muscle biological tremor. In …

BACKGROUND: Lip incompetence resulting from mouth breathing is a common clinical
manifestation, while there are no definite indicators of amplitude and intensity of muscle …

To review the available literature on the acute and temporal effects of backpack load
carriage on knee muscle force production post-walking. Data sources: The databases were …