The stimulus–response function of many visual and auditory neurons has been described by
a spatial-temporal receptive field (STRF), a linear model that for mathematical reasons has …

Neurons in the central auditory system are often described by the spectrotemporal receptive
field (STRF), conventionally defined as the best linear fit between the spectrogram of a …

How do cortical neurons represent the acoustic environment? This question is often
addressed by probing with simple stimuli such as clicks or tone pips. Such stimuli have the …

Cortical receptive fields represent the signal preferences of sensory neurons. Receptive
fields are thought to provide a representation of sensory experience from which the cerebral …

In the auditory system, the stimulus-response properties of single neurons are often
described in terms of the spectrotemporal receptive field (STRF), a linear kernel relating the …

We present a generalized reverse correlation technique that can be used to estimate the
spatio-temporal receptive fields (STRFs) of sensory neurons from their responses to arbitrary …

The spectro-temporal receptive field (STRF) of an auditory neuron describes the linear
relationship between the sound stimulus in a time-frequency representation and the neural …

The relationship between a sound and its neural representation in the auditory cortex
remains elusive. Simple measures such as the frequency response area or frequency tuning …

Although understanding the processing of natural sounds is an important goal in auditory
neuroscience, relatively little is known about the neural coding of these sounds. Recently we …

Auditory neurons are often described in terms of their spectrotemporal receptive fields
(STRFs). These map the relationship between features of the sound spectrogram and firing …