In the last three decades it has become quite common to evaluate local muscle fatigue by
means of surface electromyographic (sEMG) signal processing. A large number of studies …

Rich useful information can be obtained from the muscles and researchers can use such
information in a wide class of clinical and engineering applications by measuring surface …

The characteristics and state of knowledge of bioelectric signals such as ECG, EEG, and
EMG are initially discussed. This serves as the basis for exploration of the degree of …

The analysis of EMG signals can be generally divided into three main issues, ie, muscle
force, muscle geometry and muscle fatigue. Recently, there are no universal indices that can …

The measurement and analysis of the electrical activity of muscle provide information that
aids in the control of assistive devices. The investigation of these signals under varied …

Wearable technology has gained increasing popularity in the applications of healthcare,
sports science, and biomedical engineering in recent years. Because of its convenient …

Introduction In subjects with obstructive respiratory diseases the increased work of breathing
during exercise can trigger greater recruitment and fatigue of respiratory muscles …

Sport, fitness, as well as rehabilitation activities, often require the accomplishment of
repetitive movements. The correctness of the exercises is often related to the capability of …

Background Physical activity may benefit health and reduce risk for chronic complications in
normal and people with diabetes and peripheral vascular diseases. However, it is unclear …

Surface electromyography (sEMG) provides physiological information that can be used in
sports science. In many applications, sEMG signal activity, ie, contractions, needs to be …