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The receptive field (RF) represents the signal preferences of sensory neurons and is the primary analysis method for understanding sensory coding. While it is essential to estimate a neuron's RF, finding numerical solutions to increasingly complex RF models can become computationally intensive, in particular for high-dimensional stimuli or when many neurons are involved.Here we propose an optimization...
Neurons integrating sensory stimulus features are found in many brain areas up to cortical level, and their understanding is essential for building and improving neural prostheses. Here, we focus on auditory neural coding in the inferior colliculus (IC). Much work has been conducted to identify the primary spectro-temporal sound features. However, a description of how reliable these features are encoded...
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