Add to ORKGPhysiological models for the generation of the Visually Evoked Cortical Potential (VECP) and the Alpha Rhythm are discussed. Certain stimulus and response variables are considered with respect to their effects on the VECP and the Alpha Rhythm. Consideration is also given to the possible physiological significance of these gross surface cortical potentials relative to the scheme of information processing. A model for an internal attentional mechanism is developed
The alpha rhythm (~10 Hz) is one of the most studied oscillations in the brain and is mainly related...
Alpha oscillations are ubiquitous in the brain, but their role in cortical processing remains a matt...
Conscious and unconscious visuospatial processes have been related to parietooccipital cortical acti...
The cortical excitability model proposed by Harter (1967) has, in part, been supported by findings i...
The relationship between ongoing occipital alpha rhythm (8–12 Hz) and the generation of visual evoke...
To test the hypothesis that voluntary alpha control is at least partly mediated through self-induced...
Although a large number of studies have been devoted to establishing correlations between changes in...
Alpha oscillations are linked to visual awareness and to the periodical sampling of visual informati...
Variability in perception between individuals may be a consequence of different inherent neural proc...
ABSTRACT OF THE DISSERTATIONThe role of alpha oscillations in visual information processingbyStephan...
Using simultaneous electroencephalography as a measure of ongoing activity and functional magnetic r...
Until the early 1960s, the electroencephalogram (EEG) was the main technique available for clinical ...
The most conspicuous signal in the human EEG is the so-called alpha wave, oscillations in the freque...
The last 15 years have seen a rapid expansion in studies on human visual evoked potentials (VEP), bo...
Conscious and unconscious visuospatial processes have been related to parietooccipital cortical acti...
The alpha rhythm (~10 Hz) is one of the most studied oscillations in the brain and is mainly related...
Alpha oscillations are ubiquitous in the brain, but their role in cortical processing remains a matt...
Conscious and unconscious visuospatial processes have been related to parietooccipital cortical acti...
The cortical excitability model proposed by Harter (1967) has, in part, been supported by findings i...
The relationship between ongoing occipital alpha rhythm (8–12 Hz) and the generation of visual evoke...
To test the hypothesis that voluntary alpha control is at least partly mediated through self-induced...
Although a large number of studies have been devoted to establishing correlations between changes in...
Alpha oscillations are linked to visual awareness and to the periodical sampling of visual informati...
Variability in perception between individuals may be a consequence of different inherent neural proc...
ABSTRACT OF THE DISSERTATIONThe role of alpha oscillations in visual information processingbyStephan...
Using simultaneous electroencephalography as a measure of ongoing activity and functional magnetic r...
Until the early 1960s, the electroencephalogram (EEG) was the main technique available for clinical ...
The most conspicuous signal in the human EEG is the so-called alpha wave, oscillations in the freque...
The last 15 years have seen a rapid expansion in studies on human visual evoked potentials (VEP), bo...
Conscious and unconscious visuospatial processes have been related to parietooccipital cortical acti...
The alpha rhythm (~10 Hz) is one of the most studied oscillations in the brain and is mainly related...
Alpha oscillations are ubiquitous in the brain, but their role in cortical processing remains a matt...
Conscious and unconscious visuospatial processes have been related to parietooccipital cortical acti...