<p>(A) Spectrogram of one band-pass noise stimulus (left) and corresponding spectrogram of a single neuron response (right). (B) Average cross-correlation of stimulus and response spectrograms for the population of PL neurons, showing correlations between stimulus frequency and responses at the same frequency for different lags. Top inset: cross-correlation averaged across frequencies (peak lag at ∼18 ms) (C) Cross-correlations as in (B), but showing stimulus versus response frequency at the optimal lag. (D,E) Same as in (B,C) but for a population of PC afferents (peak lag at ∼5 ms).</p
<p>(A, B) Population-averaged normalized gain curves as a function of frequency for regular (A) and ...
<p>A: Signal-to-noise ratio <i>S</i>, dots correspond to pairs of stimuli. Value from observed covar...
<p>Perceptual echoes in both sensory modalities are computed by means of reverse correlation. IRF is...
<p><b>A</b> Auto-covariance of the mean activity of one of the excitatory populations (black). Cross...
<p>(A) Response kernels of input neurons to external events (left) and cross-correlation among input...
<p>A, B, C - Explanation of the cross-correlation procedure in three examples. Action potentials of ...
(A) Waveforms of impulse responses from the two microphones and simulation. (B) The normalized cross...
<p>(A) Mean mutual information between stimulus amplitude and firing rates (blue) and between stimul...
<p>A) Amplitude-to-rate mapping for one neuron (sig045a), computed for a range of center frequencies...
Cross-correlation functions, RXY(t,τ), are obtained for a neuron model which is characterized by con...
<p>(<b>A</b>) The cross-correlation function (CCF), which expresses the firing rate of one neuron re...
<p>Cross correlation and stimulus timing. Time-binning the PN population responses results in a seri...
<p>(<b>A</b>) Instantaneous spike train correlation coefficients between pairs of ganglion cells, co...
(A) Log-probability histogram of the peaks of gain cross-correlation functions across all pairs of n...
<p>(A) Autocorrelations (top) and interspike interval histograms (bottom) for one neuron in area 3b,...
<p>(A, B) Population-averaged normalized gain curves as a function of frequency for regular (A) and ...
<p>A: Signal-to-noise ratio <i>S</i>, dots correspond to pairs of stimuli. Value from observed covar...
<p>Perceptual echoes in both sensory modalities are computed by means of reverse correlation. IRF is...
<p><b>A</b> Auto-covariance of the mean activity of one of the excitatory populations (black). Cross...
<p>(A) Response kernels of input neurons to external events (left) and cross-correlation among input...
<p>A, B, C - Explanation of the cross-correlation procedure in three examples. Action potentials of ...
(A) Waveforms of impulse responses from the two microphones and simulation. (B) The normalized cross...
<p>(A) Mean mutual information between stimulus amplitude and firing rates (blue) and between stimul...
<p>A) Amplitude-to-rate mapping for one neuron (sig045a), computed for a range of center frequencies...
Cross-correlation functions, RXY(t,τ), are obtained for a neuron model which is characterized by con...
<p>(<b>A</b>) The cross-correlation function (CCF), which expresses the firing rate of one neuron re...
<p>Cross correlation and stimulus timing. Time-binning the PN population responses results in a seri...
<p>(<b>A</b>) Instantaneous spike train correlation coefficients between pairs of ganglion cells, co...
(A) Log-probability histogram of the peaks of gain cross-correlation functions across all pairs of n...
<p>(A) Autocorrelations (top) and interspike interval histograms (bottom) for one neuron in area 3b,...
<p>(A, B) Population-averaged normalized gain curves as a function of frequency for regular (A) and ...
<p>A: Signal-to-noise ratio <i>S</i>, dots correspond to pairs of stimuli. Value from observed covar...
<p>Perceptual echoes in both sensory modalities are computed by means of reverse correlation. IRF is...