The aim of the diploma thesis is the design and implementation of methods for detecting fatigue in electromyogram (EMG). At first is done a literature review on the topic of fatigue detection in electromyography (EMG). Measurement of fatigue-induced changes in the EMG signal is performed on ten subjects using the Biopac ©. Next is in the thesis solved the selection of the optimal methods of evaluating the fatigue-induced changes in EMG recording using statistical testing. In the final part of the thesis is discussion on the results of statistical testing, creation a user interface in Matlab © and comprehensive instructions for laboratory focused on the topic of fatigue in the EMG signal
International audienceThis study presents a system composed of an electromyostimulation (ES) and an ...
International audienceIn this study, a new system composed of two modules (electromyostimulation + e...
International audienceIn this study, a new system composed of two modules (electromyostimulation + e...
The master´s thesis deals with fatigue evaluation in electrooculography records (EOG). The theoretic...
Nowadays, the detection of human fatigue is a major concern in society, industry, road safety and tr...
This work deals with the evaluation of upper limb muscle fatigue by analyzing the signal of surface ...
Fatigue detection through electromyography analysis has been in use since 1912 when it was discovere...
Electromyography (EMG) signal obtained from muscles need advance methods for detection, processing a...
The task of this thesis was to become acquainted with the issue of measuring of muscle electric acti...
In this work a novel approach to realtime muscular fatigue detection is presented. Surface Electro...
In this work a novel approach to realtime muscular fatigue detection is presented. Surface Electro...
V magistrskem delu smo proučevali možnost zaznavanja mišične utrujenosti s pomočjo senzorja Microsof...
Práce se zabývá metodami pro detekci únavy na základě elektrofyziologických dat z elektroencefalogra...
Práce se zabývá metodami pro detekci únavy na základě elektrofyziologických dat z elektroencefalogra...
International audienceIn this study, a new system composed of two modules (electromyostimulation + e...
International audienceThis study presents a system composed of an electromyostimulation (ES) and an ...
International audienceIn this study, a new system composed of two modules (electromyostimulation + e...
International audienceIn this study, a new system composed of two modules (electromyostimulation + e...
The master´s thesis deals with fatigue evaluation in electrooculography records (EOG). The theoretic...
Nowadays, the detection of human fatigue is a major concern in society, industry, road safety and tr...
This work deals with the evaluation of upper limb muscle fatigue by analyzing the signal of surface ...
Fatigue detection through electromyography analysis has been in use since 1912 when it was discovere...
Electromyography (EMG) signal obtained from muscles need advance methods for detection, processing a...
The task of this thesis was to become acquainted with the issue of measuring of muscle electric acti...
In this work a novel approach to realtime muscular fatigue detection is presented. Surface Electro...
In this work a novel approach to realtime muscular fatigue detection is presented. Surface Electro...
V magistrskem delu smo proučevali možnost zaznavanja mišične utrujenosti s pomočjo senzorja Microsof...
Práce se zabývá metodami pro detekci únavy na základě elektrofyziologických dat z elektroencefalogra...
Práce se zabývá metodami pro detekci únavy na základě elektrofyziologických dat z elektroencefalogra...
International audienceIn this study, a new system composed of two modules (electromyostimulation + e...
International audienceThis study presents a system composed of an electromyostimulation (ES) and an ...
International audienceIn this study, a new system composed of two modules (electromyostimulation + e...
International audienceIn this study, a new system composed of two modules (electromyostimulation + e...