… about the locations of brain activity, whereas EEG … -spatial attentional control is initiated
in frontal brain areas, joined shortly afterwards by parietal involvement. Together, these brain …

… spontaneous and evoked EEG data have much to offer: they permit a direct monitoring of
brain activity from the intact human. There is no other method for the same task which offers the …

… The present study investigated cortical activity during lower limb … brain regions classically
associated with human gait and further, we hypothesize that spatial and temporal patterns of …

… Spatial patterns of three independent components (MNI z-coordinates indicated for the
slices). The red color delineates common areas of IC1 in the whole study group (patients plus …

… The remaining 142 components have relatively compact spatial patterns, and we refer to
these as “network nodes.” The 142 nodes’ time series were fed into 21-dimensional temporal …

… analysis of a publicly accessible fMRI database to extract 30 spatial patterns of spontaneous
activity (termed co-activation patterns or CAPs) that are biologically plausible and show …

… the assumption that harder processing leads to more brain activity, this difference would
work against our goal of identifying increases in brain activity for the sentences. Further, it was …

… -parietal coherent activity induced by listening to Mozart which carried over into the
spatial-… This carry-over effect was compared to EEG coherence analysis of spatial-temporal-tasks …

… of object and spatial visual information. Subjects were presented with object or spatial
stimuli to be retained for a 3.6-sec interval. The ERPs isolated brain activity associated with …

… based on a variant of the common spatial patterns (CSP) algorithm that are constructed …
α-activity. In other words, the EEG decoding still works when there are lapses in vigilance. …