AbstractThis review discusses the critical issues and recommended practices from the perspective of myoelectric interfaces. The major benefits and challenges of myoelectric interfaces are evaluated. The article aims to fill gaps left by previous reviews and identify avenues for future research. Recommendations are given, for example, for electrode placement, sampling rate, segmentation, and classifiers. Four groups of applications where myoelectric interfaces have been adopted are identified: assistive technology, rehabilitation technology, input devices, and silent speech interfaces. The state-of-the-art applications in each of these groups are presented
Wearable technologies are changing the way we deal with health and fitness in our daily life. Nevert...
Bioelectric potentials provide an intuitive source of control in human-machine interfaces. In this w...
Abstract: An electromygraphic (EMG) Silent Speech Interface is a system which recognizes speech by c...
This review discusses the critical issues and recommended practices from the perspective of myoelect...
The myoelectric interfaces are being used in rehabilitation technology, assistance and as an input d...
AbstractThis review discusses the critical issues and recommended practices from the perspective of ...
© 2018, Institute of Advanced Engineering and Science. All rights reserved. One of the challenges of...
One of the challenges of the hand rehabilitation device is to create a smooth interaction between th...
The surface myoelectric signal (MES) has proven to be an effective control input for powered prosthe...
There is a growing need for objective and quantitative tools to measure the outcome of assistive tec...
The acquisition and the processing of myoelectric signals are commonly used in biomedical engineerin...
The present research aims to explore the bioelectric activity of muscles using a high-resolution ele...
Electronic apppliances are increasingly a part of our everyday lives. In particular, mobile devices,...
In this paper, we demonstrate that Spectral Enhancement techniques can be configured to improve the ...
The social demands for the Quality Of Life (QOL) are increasing with the exponentially expanding sil...
Wearable technologies are changing the way we deal with health and fitness in our daily life. Nevert...
Bioelectric potentials provide an intuitive source of control in human-machine interfaces. In this w...
Abstract: An electromygraphic (EMG) Silent Speech Interface is a system which recognizes speech by c...
This review discusses the critical issues and recommended practices from the perspective of myoelect...
The myoelectric interfaces are being used in rehabilitation technology, assistance and as an input d...
AbstractThis review discusses the critical issues and recommended practices from the perspective of ...
© 2018, Institute of Advanced Engineering and Science. All rights reserved. One of the challenges of...
One of the challenges of the hand rehabilitation device is to create a smooth interaction between th...
The surface myoelectric signal (MES) has proven to be an effective control input for powered prosthe...
There is a growing need for objective and quantitative tools to measure the outcome of assistive tec...
The acquisition and the processing of myoelectric signals are commonly used in biomedical engineerin...
The present research aims to explore the bioelectric activity of muscles using a high-resolution ele...
Electronic apppliances are increasingly a part of our everyday lives. In particular, mobile devices,...
In this paper, we demonstrate that Spectral Enhancement techniques can be configured to improve the ...
The social demands for the Quality Of Life (QOL) are increasing with the exponentially expanding sil...
Wearable technologies are changing the way we deal with health and fitness in our daily life. Nevert...
Bioelectric potentials provide an intuitive source of control in human-machine interfaces. In this w...
Abstract: An electromygraphic (EMG) Silent Speech Interface is a system which recognizes speech by c...