… Finally, we shall use the model to predict optimal receptive field changes for (6) discriminating
spectrotemporal patterns (ripples) and complex sounds (phonemes) that have not yet …

… previous modeling efforts, this report presents a computational model of attention-driven …
of the raw spectro-temporal features that characterize the task-related stimuli (see Equation 6). …

… Here we report rapid task-related plasticity of the receptive fields of … These results support a
hierarchical model of auditory … et al., 2003, 2010). To measure the recovery or persistence of …

… developing computational models based on state-of-the-art … a vertical grating within the
receptive field of H1 moves along the … the subject performs a task related to their perception of the …

… This chapter also discusses several other related topics including rapid, “automatic” RF
adaptive plasticity … A computational model shows that local cortical networks in primary sensory …

… This rapid task-related change is believed to be one of the … brain evokes this rapid plasticity
in the auditory cortex remains … the STRFs generated from the computer model. We note that …

… or avoidance) associated with identical auditory stimuli. We measured receptive fields in
A1 neurons under these different conditions and observed rapid, selective changes at target …

… Finally, we examined how stimulus reconstruction is affected by rapid plasticity of spectro-…
Rather than modeling the change in the receptive field, we assume that the system has not …

… auditory cortex of six human subjects as they listened to speech with abruptly changing
background noises. We report rapid … by calculating its spectrotemporal receptive field (STRF) 23 . …

… 2010) at higher visual cortical levels. Also, a similar … question of how task-related plasticity
of receptive fields in A1 is … This study explored how rapid task-related plasticity is distributed …