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bioRxivNeurosciencePreprint

Hyperalignment Reveals Shared Information in Idiosyncratic Fine-Grained Movie fMRI Patterns in Macaques

Yuqi ZhangiD, Haiyan WangiD, Qi ZhuiD, Xiaolian LiiD, Jane HaniD, Guo JiahuiiD, Won Mok ShimiD, Royoung KimiD, M. Ida GobbiniiD, Kwon Heo, Alessia SepeiD, James V. HaxbyiD, Ma FeilongiD, Wim VanduffeliD

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Abstract

Response hyperalignment (RHA) of fMRI patterns acquired during movie-viewing in 12 rhesus monkeys revealed shared representational spaces despite idiosyncratic functional topographies. RHA greatly improved inter-subject correlation of movie response time-series in occipital, temporal, and prefrontal cortices and afforded highly accurate between-subject decoding of movie time-points and estimation of idiosyncratic functional topographies. These results demonstrate that nonhuman primates share high-dimensional, high-capacity representational spaces encoded in idiosyncratic fine-grained functional topographies.

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