@ARTICLE{26583223_29328739_2011, 
	author = {Natalya Yermachenko and Aleksandr Yermachenko and Alexandr Latanov}, 
	keywords = {, selective attention, visual search, EEG desynchronisation, video-oculographyelectrooculogram},
	title = {Electroencephalographic Correlates of Visual Search Task Solution in Humans},
	journal = {Psychology. Journal of Higher School of Economics},
	year = {2011},
	volume = {8},
	number = {1},
	pages = {89-100},
	url = {https://psy-journal.hse.ru/en/2011-8-1/29328739.html},
	publisher = {},
	abstract = {The authors have undertaken a study of alpha EEG dynamics associated with a task involving visual search of a relevant stimulus among several irrelevant stimuli. The control condition involved simple examination of several identical stimuli. Video-oculography was used to verify gaze direction associated with relevant stimulus search. The alpha EEG dynamics (desynchronisation) was considered as a correlate of attentional processes, and was shown to increase upon discovery of a relevant stimulus, compared to the levels recorded under control condition. The increase in desynchronisation during visual search is apparently associated with processes of stimulus relevance estimation (when voluntary modality-specific attention is involved). Even larger desynchronisation occurring in the frontal lobes supposedly reflects the significance of carrying out an adequate motor programme (when prefrontal attention mechanisms are involved).},
	annote = {The authors have undertaken a study of alpha EEG dynamics associated with a task involving visual search of a relevant stimulus among several irrelevant stimuli. The control condition involved simple examination of several identical stimuli. Video-oculography was used to verify gaze direction associated with relevant stimulus search. The alpha EEG dynamics (desynchronisation) was considered as a correlate of attentional processes, and was shown to increase upon discovery of a relevant stimulus, compared to the levels recorded under control condition. The increase in desynchronisation during visual search is apparently associated with processes of stimulus relevance estimation (when voluntary modality-specific attention is involved). Even larger desynchronisation occurring in the frontal lobes supposedly reflects the significance of carrying out an adequate motor programme (when prefrontal attention mechanisms are involved).}
}