 use computational methods and multielectrode recordings in awake primates to understand the mechanism by which inter-neuronal correlations arise and the extent to which they can flexibly adapt to task demands. In my previous experiments I found that attentional modulation of firing rates and noise correlations is linked: the neurons that show the biggest
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use computational methods and multielectrode recordings in to the mechanism which inter-neuronal correlations which can flexibly adapt task demands. In previous experiments I found that attentional of firing rates and noise correlations is linked: the neurons that show the
 use computational methods anD multielecTrode RecOrdInGs in AwakE primates to undERstaNd the mechanism by which iNter-nEuROnal COrRelatIons ariSE aND The ExTeNt tO wHIcH they Can FlexiblY adapt to taSk dEmAnds. In my prevIOuS experimenTs I Found that attEntIonal mOdUlaTIon of FirIng raTes and NOise coRrelationS iS Linked: THe neuroNS ThAt shOw the biggest
 use computational methods  and multi elect rod e r ec ordi ngsin awake prima t es t o understand the mecha nismby whic h  i nter- neurona l  c o r rel at io nsar i se  andthe  extent  to whichthe ycan flexibly ad apt to tas k d emands. In m y p reviou sexp e rimen tsI fou nd tha t  atten tional mo du l ationo f firin g ra tesand noise correla t io n s is linked: t he neu ro n st h atsho w the bigg es t
 use_computational methods_and multielectrode recordings in_awake primates_to_understand the_mechanism_by which inter-neuronal_correlations arise and_the extent to which_they can flexibly_adapt_to task demands. In my previous experiments I found that attentional modulation of firing_rates_and noise_correlations_is_linked: the neurons that show_the biggest