myoelectric signal

This study was designed to monitor localized muscular fatigue with the power spectrum medium frequency of surface myoelectric signal, and test the muscular fatigue of body bices.

通过表面肌电信号的功率谱中值频率（f＿（med））来监测局部肌肉疲劳，对人体的肱二头肌做了疲劳实验。

Myoelectric signal analysis in process of Qigong promoting meridians Qi flow

气功激发经气过程中的肌电信号分析

Dynamic changes of surface recruited myoelectric signal in exercise to fatigue

体力劳动至疲劳时肌肉表面募集肌电信号的动态变化

Enhancement of myoelectric signal of electronic artificial limb

电子假肢肌电信号源的改进

Application of blind signal processing technique to two-channel upper limb myoelectric signal identification problem

盲信号处理技术在双通道前臂肌电信号识别中的应用

Conclusions The artificial limb equipped with myoelectric signals with frequency of 85 150 Hz and amplitude of 220 250 uV can increase real time of the myoelectric signal and practicability.

结论采用频率85～150Hz，波幅220～250V的肌电信号作为电子假肢信号源，可提高肌电信号实时性及假肢的实用性。

Method for Finding Action Start Moment Using Human Surface Myoelectric Signal Analysis

一种基于肌电信号的动作起始时刻识别方法

Surface myoelectric signal features taken from limb muscles of stroke patients

脑卒中患者四肢肌肉的表面肌电信号特征研究

Surface Myoelectric Signal Information Fusion and Motion Classification

表面肌电信息融合与动作分类

Study on Recognition of Multi-mode Hand Gestures Based on Myoelectric Signal

基于肌电信号的人手姿态多模式识别方法

Prosthetic Hand Fuzzy Control Based on Touch and Myoelectric Signal

基于触觉和肌电信号的假手模糊控制方法研究

Artificial hand with three degrees of freedom controlled by amplitudes of myoelectric signal

肌电信号幅度控制的前臂三自由度假手

Instantaneous Frequency Estimation of the Surface Myoelectric Signal Wigner-Ville Distribution Based Technique

基于互Wigner-Ville分布的表面肌电信号瞬时频率估计

The invention overcomes limit of only taking myoelectric signal as signal source.

本发明有效地克服了仅以肌电信号为信号源的局限性.