semg
- 网络表面肌电信号；表面肌电图；腓肠肌表面肌电信号
semgsemg
表面肌电信号
表面肌电信号(SEMG)利用粘贴在人体肌肉表面的Ag-AgCl电极片，测量肌肉活动时的放电信号。它不同于针电极插入肌肉的测 …
表面肌电图
3.表面肌电图(sEMG)——显示并记录肌肉活动情况 － 吞咽过程中客观测量尽力吞咽并辅以视觉和听觉生物反馈 － 辅以肌肉放 …
腓肠肌表面肌电信号
胡英琪;蟾蜍腓肠肌表面肌电信号（sEMG）特征的研究[D];北京体育大学;2005年3 孙科;不同座高对自行车运动员下肢工作状态 …
表面肌电原理介绍
表面肌电原理介绍（SEMG） 表面肌电信号 表面肌电（Surface Electromyography,SEMG)信号是神经系统在进行随意性和非随 …
表面肌电仪脊骨检查
香港健康谘询顾问... ... 超声波引导活体切片检查 Ultrasound Guided FNA 表面肌电仪脊骨检查 SEMG 流动验身 Mobile Health …
1
However the change of SEMG is correlative with the methods and of measurements and types of exercise.
但是表面肌电图变化情况与测试方法的选择和运动方式密切相关。
2
How to acquire and extract surface electromyography (SEMG) expediently and effectively had been one of the key factors to apply the SEMG.
如何方便有效地采集提取表面肌电信号（SEMG）已成为SEMG应用的关键技术之一。
3
surface electromyography(sEMG) is a one dimensional time series signal of neuromuscular system recorded from skin surface.
表面肌电图是从肌肉表面通过电极引导，记录神经肌肉系统活动时的一维时间序列信号。
4
The muscle will produce tiny change of bioelectricity. The amplitude and power spectrum of SEMG will change with muscular movement.
肌肉运动时会有很小的生物电变化，表面肌电图的振幅、频谱指标均会发生相应变化。
5
Conclusion The sEMG from biceps and triceps can reflect the moving angle of elbow joint under constant load.
结论肱二头肌和肱三头肌的表面肌电信号，可以反映肘关节角度。
6
A surface electromyography (SEMG) signal classification method based on wavelet packet transformation (WPT) is presented in this paper.
针对表面肌电（SEMG）的非平稳特性，提出采用小波包变换方法对其进行分类。
7
A method of using wavelet transform and neural networks to classify the normal and fatigue sEMG is provided.
本研究通过使用小波分析与神经网络相结合的方法，识别正常肌电信号与疲劳肌电信号。
8
The visual signals and ACC signals segmentations were based on sEMG active segmentation detection in the fusion process.
在融合过程中，通过肌电活动段来实现视频信号和加速计信号的分割。
9
Comparative study of sEMG indices and strength of wrist joint muscles of the tennis training sportsmen and that of the students
普通学生与网球专业学生腕关节肌肉与肌电活动的比较性研究
10
SEMG Signal Changes of the Biceps during Dynamic Isokinetic Voluntary Contractions
等速运动负荷诱发肱二头肌疲劳过程中sEMG信号变化
11
Local muscle fatigue and sEMG change in two-joint isometric flexion
双关节运动的局部肌肉疲劳与肌电变化
12
Relation between changes of sEMG's mean frequency and changes of blood lactate content with different loads during exercise
不同负荷强度运动时表面肌电图中位频率与血乳酸浓度变化的关系
13
Characteristics of Muscle Oxygen Content and SEMG Mean Frequency during Dynamic Isokinetic
等速运动中肌氧含量及其表面肌电图中位频率的变化特点
14
SEMG Dynamics of Muscle Fatigue Induced by Maximal Voluntary Isometric Contractions
最大随意收缩诱发肌肉疲劳的表面肌电信号变化
15
Studies on the Non-fatigue Specificity of the Fatigue-related sEMG Signal Parameters
疲劳相关表面肌电信号特征的非疲劳特异性研究
16
SEMG Signal Change Characteristics of Lumbar Paraspinal Muscle during Dynamic Voluntary Contractions
动态运动诱发腰部脊竖肌疲劳过程中sEMG信号变化特征
17
SEMG Median and Mean Frequency Changes during Isometric Contraction of Back Extensors to Fatigue
等长负荷诱发腰部脊竖肌疲劳时sEMG的变化
18
The application of principal component analysis on sEMG signals analysis during slips
主元分析在研究滑倒时肌电信号中的应用
19
The Research and Prospects on sEMG Signal Characteristics of Muscular Fatigue
肌肉疲劳的表面肌电信号特征研究与展望
20
Experimental Study on Muscle Fatigue of Upper Limbs during Repetitive Performance by Using sEMG
重复作业上肢肌肉疲劳的表面肌电实验研究