Cortical responses, recorded by electroencephalography and magneto-encephalography,
can be characterized in the time domain, to study event-related potentials/fields, or in the …

Although MEG/EEG signals are highly variable, systematic changes in distinct frequency
bands are commonly encountered. These frequency-specific changes represent robust …

The aim of this work was to investigate the mechanisms that shape evoked
electroencephalographic (EEG) and magneto-encephalographic (MEG) responses. We …

In the cognitive neuroscience community, there is a strong and growing interest in the
function of oscillatory brain activity. Brain oscillations can readily be detected with MEG …

Electrophysiological data measured by electroencephalography and
magnetoencephalography (MEG) are widely used to investigate human brain activity in …

Evoked potentials–the brain's transient electrical responses to discrete stimuli–are modeled
as impulse responses using a continuum model of brain electrical activity. Previous models …

Magnetoencephalographic and electroencephalographic evoked responses are primary
real‐time objective measures of cognitive and perceptual processes in the human brain …

Neuronally plausible, generative or forward models are essential for understanding how
event-related fields (ERFs) and potentials (ERPs) are generated. In this paper, we present a …

The conventional assumption in human cognitive electrophysiology using EEG and MEG is
that the presentation of a particular event such as visual or auditory stimuli evokes a “turning …

We present a neural mass model of steady-state membrane potentials measured with local
field potentials or electroencephalography in the frequency domain. This model is an …