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Decoding Successive Computational Stages of Saliency Processing
2011
Current Biology
An important requirement for vision is to identify interesting and relevant regions of the environment for further processing. Some models assume that salient locations from a visual scene are encoded in a dedicated spatial saliency map [1, 2] . Then, a winner-take-all (WTA) mechanism [1, 2] is often believed to threshold the graded saliency representation and identify the most salient position in the visual field. Here we aimed to assess whether neural representations of graded saliency and
doi:10.1016/j.cub.2011.08.039
pmid:21962709
fatcat:ogrtp7d3vvd5nhonil3rlrexma