Add to ORKGThe rise of alpha frequencies in frontal areas and delta-theta frequencies in occipital areas can be observed. It may indicate mental state of brain relaxation and thus positive effect of the mind machine. It is also supported by decreasing trend in occipital areas in both entropical measures (entropy and spectral entropy). Surprisingly we have detected decrease of synchronization between hemispheres in frontal and occipital areas (linear correlation and mutual information content). This is usually considered as an indicator of the state of alertness
Even in sedentary activities, the workload is justifying more accurate studies about its impact on h...
Phases of alpha oscillations recorded by EEG were typically studied in the context of event or task ...
Conscious and unconscious visuospatial processes have been related to parietooccipital cortical acti...
Background: In resting-state EEG, the ratio between frontal power in the slow theta frequency band a...
Brain activity is strongly oscillatory: the collective firing of populations of neurons waxes and wa...
Communication between brain areas and how they are influenced by changes in consciousness are not fu...
The amplitude of α-frequency band (8–14 Hz) activity in the human electroencephalogram is suppressed...
Desynchronization of the EEG in relation to mental activity can be demonstrated through various mean...
<p>Repeated measures ANOVA showing power amplitude decreases from eyes closed to eyes open. Delta/th...
<p>Note the general trend that entropy exhibits a negative correlation with alpha and beta oscillati...
One of the most fundamental problems in brain signal analysis is an absence of reliable measures of ...
A central feature of human brain activity is the alpha rhythm: a 7 - 13 Hz oscillation observed most...
Conscious experiences are linked to activity in our brain: the neural correlates of consciousness (N...
Contains fulltext : 181700.pdf (publisher's version ) (Open Access)Among the rhyth...
The electroencephalogram (EEG) is a recording of electrical activity of the brain. Certain patterns ...
Even in sedentary activities, the workload is justifying more accurate studies about its impact on h...
Phases of alpha oscillations recorded by EEG were typically studied in the context of event or task ...
Conscious and unconscious visuospatial processes have been related to parietooccipital cortical acti...
Background: In resting-state EEG, the ratio between frontal power in the slow theta frequency band a...
Brain activity is strongly oscillatory: the collective firing of populations of neurons waxes and wa...
Communication between brain areas and how they are influenced by changes in consciousness are not fu...
The amplitude of α-frequency band (8–14 Hz) activity in the human electroencephalogram is suppressed...
Desynchronization of the EEG in relation to mental activity can be demonstrated through various mean...
<p>Repeated measures ANOVA showing power amplitude decreases from eyes closed to eyes open. Delta/th...
<p>Note the general trend that entropy exhibits a negative correlation with alpha and beta oscillati...
One of the most fundamental problems in brain signal analysis is an absence of reliable measures of ...
A central feature of human brain activity is the alpha rhythm: a 7 - 13 Hz oscillation observed most...
Conscious experiences are linked to activity in our brain: the neural correlates of consciousness (N...
Contains fulltext : 181700.pdf (publisher's version ) (Open Access)Among the rhyth...
The electroencephalogram (EEG) is a recording of electrical activity of the brain. Certain patterns ...
Even in sedentary activities, the workload is justifying more accurate studies about its impact on h...
Phases of alpha oscillations recorded by EEG were typically studied in the context of event or task ...
Conscious and unconscious visuospatial processes have been related to parietooccipital cortical acti...