摘要：For most people, recalling information about familiar items in a visual scene is an efortless task, but it is one that depends on coordinated interactions of multiple, distributed neural components . We leveraged the high spatiotemporal resolution of direct intracranial recordings to better delineate the network dynamics underpinning visual scene recognition . We present a dataset of recordings from a large cohort of humans while they identifed images of famous landmarks (50 individuals, 52 recording sessions, 6,775 electrodes, 6,541 trials) . This dataset contains local feld potential recordings derived from subdural and penetrating electrodes covering broad areas of cortex across both hemispheres . We provide this pre-processed data with behavioural metrics (correct/incorrect, response times) and electrode localisation in a population-normalised cortical surface space . This rich dataset will allow further investigation into the spatiotemporal progression of multiple neural processes underlying visual processing, scene recognition and cued memory recall .
