Add to ORKGThis paper describes application and design of wireless holter with innovative functionality, used it in field of human muscle monitoring. In our experiments we monitored EMG (electromyography), MMG (mechanomyography) and EIM (electrical impedance myography) all by single device. It is first time when these all parameters were monitored simultaneously taking advantage of the holter device data output in order to find the signals interconnection. Our data were compared with normally used medical device and signal quality was verified
AbstractFollowing sensor system, described in this article is composed of portable units, intended f...
When we want to work with signals produced by the human body, we face different challenges that we m...
peer-reviewedThis paper examines the use of sensor devices in sports biomechanics, focusing on curre...
This work is focused on problematic of biopotential signals measurements (EXG) using powerful SMART ...
The demand on the wearable device in sport for health monitoring is increasing due to the awareness ...
Wireless Technology plays a significant role in current world. Many applications use wireless sensor...
The research and development of biomedical instrumentation for the detection and measurement of the ...
With the growing focuses on fitness and Neuromuscular diseases, a type of biomedical devices which c...
AbstractFollowing sensor system, described in this article is composed of portable units, intended f...
INTRODUCTION The study and the analysis of the human movements require the acquisition of kinematic...
Venous thromboembolism (VTE) is one of the most common cardiovascular diseases. KTH and its academic...
Göker, İmran (Arel Author), Öztürk, Bedirhan (Arel Author)Elektromyography (EMG) signals are the ele...
[[abstract]]Surface electromyography (sEMG) is an important measurement for monitoring exercise and ...
Surface electromyography (sEMG) is an important measurement for monitoring exercise and fitness. Bec...
This thesis presents a new system of monitoring human motion and muscle activity concurrently, in pe...
AbstractFollowing sensor system, described in this article is composed of portable units, intended f...
When we want to work with signals produced by the human body, we face different challenges that we m...
peer-reviewedThis paper examines the use of sensor devices in sports biomechanics, focusing on curre...
This work is focused on problematic of biopotential signals measurements (EXG) using powerful SMART ...
The demand on the wearable device in sport for health monitoring is increasing due to the awareness ...
Wireless Technology plays a significant role in current world. Many applications use wireless sensor...
The research and development of biomedical instrumentation for the detection and measurement of the ...
With the growing focuses on fitness and Neuromuscular diseases, a type of biomedical devices which c...
AbstractFollowing sensor system, described in this article is composed of portable units, intended f...
INTRODUCTION The study and the analysis of the human movements require the acquisition of kinematic...
Venous thromboembolism (VTE) is one of the most common cardiovascular diseases. KTH and its academic...
Göker, İmran (Arel Author), Öztürk, Bedirhan (Arel Author)Elektromyography (EMG) signals are the ele...
[[abstract]]Surface electromyography (sEMG) is an important measurement for monitoring exercise and ...
Surface electromyography (sEMG) is an important measurement for monitoring exercise and fitness. Bec...
This thesis presents a new system of monitoring human motion and muscle activity concurrently, in pe...
AbstractFollowing sensor system, described in this article is composed of portable units, intended f...
When we want to work with signals produced by the human body, we face different challenges that we m...
peer-reviewedThis paper examines the use of sensor devices in sports biomechanics, focusing on curre...