Neuroergonomics is an emerging science that is defined as the study of the human brain in
relation to performance at work and in everyday settings. This paper provides a critical …

Corticomuscular coherence (CMC) is an index utilized to indicate coherence between brain
motor cortex and associated body muscles, conventionally. As an index of functional …

The human sensorimotor cortex demonstrates a variety of oscillatory activity that is strongly
modulated by movement and somatosensory input. Studies using scalp EEG and …

Voluntary movements are accompanied by amplitude changes in cortical rhythms
presumably as a result of functional activation of sensorimotor areas. Recently, the location …

The fact that muscle discharge tends to be rhythmic has been known for 200 years. William
Wollaston, using a precursor of the stethoscope, was the first to describe this in 1810 …

Oscillations in local field potentials in the β-frequency band (13-35 Hz) are a pervasive
feature of human and nonhuman primate motor cortical areas. However, the function of such …

Synchronization of neural activity is considered essential for information processing in the
nervous system. Both local and inter-regional synchronization are omnipresent in different …

The steady-state motor output, occurring during static force, is characterized by
synchronization between oscillatory cortical motor and muscle activity confined to the beta …

Coherence between electroencephalography (EEG) recorded on the scalp above the motor
cortex and electromyography (EMG) recorded on the skin of the limbs is thought to reflect …

The beta-range synchronization between cortical motor and muscular activity as revealed by
EEG/MEG–EMG coherence has been extensively investigated for steady-state motor output …