DECOMPOSITION OF NEURAL CIRCUITS OF HUMAN ATTENTION USING A MODEL-BASED ANALYSIS: sSoTS MODEL APPLICATION TO fMRI DATA

Bibliographic Details
Main Authors: Mavritsaki, E, Allen, H, Humphreys, G
Format: Conference item
Published: 2009
_version_ 1797104623435120640
author Mavritsaki, E
Allen, H
Humphreys, G
author_facet Mavritsaki, E
Allen, H
Humphreys, G
author_sort Mavritsaki, E
collection OXFORD
description
first_indexed 2024-03-07T06:36:20Z
format Conference item
id oxford-uuid:f7c7a596-2a38-42ea-8382-1b266737ef0a
institution University of Oxford
last_indexed 2024-03-07T06:36:20Z
publishDate 2009
record_format dspace
spelling oxford-uuid:f7c7a596-2a38-42ea-8382-1b266737ef0a2022-03-27T12:45:06ZDECOMPOSITION OF NEURAL CIRCUITS OF HUMAN ATTENTION USING A MODEL-BASED ANALYSIS: sSoTS MODEL APPLICATION TO fMRI DATAConference itemhttp://purl.org/coar/resource_type/c_5794uuid:f7c7a596-2a38-42ea-8382-1b266737ef0aSymplectic Elements at Oxford2009Mavritsaki, EAllen, HHumphreys, G
spellingShingle Mavritsaki, E
Allen, H
Humphreys, G
DECOMPOSITION OF NEURAL CIRCUITS OF HUMAN ATTENTION USING A MODEL-BASED ANALYSIS: sSoTS MODEL APPLICATION TO fMRI DATA
title DECOMPOSITION OF NEURAL CIRCUITS OF HUMAN ATTENTION USING A MODEL-BASED ANALYSIS: sSoTS MODEL APPLICATION TO fMRI DATA
title_full DECOMPOSITION OF NEURAL CIRCUITS OF HUMAN ATTENTION USING A MODEL-BASED ANALYSIS: sSoTS MODEL APPLICATION TO fMRI DATA
title_fullStr DECOMPOSITION OF NEURAL CIRCUITS OF HUMAN ATTENTION USING A MODEL-BASED ANALYSIS: sSoTS MODEL APPLICATION TO fMRI DATA
title_full_unstemmed DECOMPOSITION OF NEURAL CIRCUITS OF HUMAN ATTENTION USING A MODEL-BASED ANALYSIS: sSoTS MODEL APPLICATION TO fMRI DATA
title_short DECOMPOSITION OF NEURAL CIRCUITS OF HUMAN ATTENTION USING A MODEL-BASED ANALYSIS: sSoTS MODEL APPLICATION TO fMRI DATA
title_sort decomposition of neural circuits of human attention using a model based analysis ssots model application to fmri data
work_keys_str_mv AT mavritsakie decompositionofneuralcircuitsofhumanattentionusingamodelbasedanalysisssotsmodelapplicationtofmridata
AT allenh decompositionofneuralcircuitsofhumanattentionusingamodelbasedanalysisssotsmodelapplicationtofmridata
AT humphreysg decompositionofneuralcircuitsofhumanattentionusingamodelbasedanalysisssotsmodelapplicationtofmridata