Several methodological issues which impact experimental design and physiological interpretations
in EEG coherence studies are considered, including reference electrode and volume …

A theoretical framework supporting experimental measures of dynamic properties of human
EEG is proposed with emphasis on distinct alpha rhythms. Robust relationships between …

Two different methods to improve the spatial resolution of EEG are discussed: the surface
Laplacian (eg, current source density) and cortical imaging (eg, spatial deconvolution). The …

… Author links open overlay panel Paul L Nunez a b d , Richard B Silberstein a d e , Zhiping
Shi a f , Matthew R Carpenter a , Ramesh Srinivasan a b , Don M Tucker b c , Scott M Doran c , …

A two-scale theoretical description outlines relationships between brain current sources and
the resulting extracranial electric field, recorded as EEG. Finding unknown sources of EEG, …

The spatial statistics of scalp electroencephalogram (EEG) are usually presented as coherence
in individual frequency bands. These coherences result both from correlations among …

The electroencephalogram (EEG) is recorded by sensors physically separated from the
cortex by resistive skull tissue that smooths the potential field recorded at the scalp. This …

Military operations in tropical environments have imposed a significant challenge to the
Australian Defence Forces (ADF). The hot and humid conditions are known to cause debilitating …

The authors report on experimental research using a new brain imaging technique (steady-state
probe topography or SSPT) to investigate whether patterns of brain activity in the left or …

Objective: The amplitude and phase of the steady-state visual evoked potential (SSVEP) is
sensitive to cognition and attention but the underlying mechanism is not well understood. …