(A) Differences between average latencies to the sound bursts (burst 2–1, burst 3–2, burst 4–3) are plotted as function of the ISIs. The significant increases of the latency difference between bursts 1 and 2 with decreasing ISI is modelled by exponential decay functions (red curves) the parameters of which are given in Table 3. (B) SDs of averaged latencies to the four sound bursts are plotted as function of the ISIs with wave peaks as parameter. Systematic relations were not present. (C) Average individual SDs of response latencies to the four sound bursts are plotted as function of the ISIs with wave peaks as parameter. The significant decreases of the SDs with increasing ISIs are modelled by decay functions the parameters of which are gi...
<p>Predicted versus perceived dissimilarity as calculated from (A) firing rates, and (B) ISIs. Each ...
<p>(A), (B) and (C): Left: Distributions of 2,000 interspike intervals (ISIs) from neurons that exhi...
Observed inter-spike-interval distributions of spike trains with limited input encoding, shown as n ...
Regression functions of the ISI dependences at the wave peaks P1-P5 shown for average differences of...
(A) Average latencies with SDs at the five wave peaks (P1-P5) in response to the series of four wrig...
(A) Average latencies with SDs at the five wave peaks (P1-P5) in response to noise-ultrasound pairs ...
(A) Average latencies with SDs to the four sound bursts at the five wave peaks (P1-P5) when the thre...
Summary of average wave latencies and latency differences between the peaks from the experiments A-D...
<p>(a) Relative number of burst durations within total durations of burst and quiescent state (<i>R<...
<p>(A) The Off-P50m latency as a function of the ISI of the click train. The right column shows the ...
(A, B) Latency predictions for iterated rippled noise compared with experimental data reported by a ...
<p><i>y</i> axis: amplitude (µV); <i>x</i> axis: ISI category. Both in the auditory and in the somat...
<p>Mean firing rate of the stochastic HH models in a 500 seconds simulation with different number of...
<p>(<b>A</b>) Plot summarizing response amplitudes to tone pips calculated as average spike rates at...
Correlation between the estimated activation levels of two trial types in 2,000 simulated runs, as a...
<p>Predicted versus perceived dissimilarity as calculated from (A) firing rates, and (B) ISIs. Each ...
<p>(A), (B) and (C): Left: Distributions of 2,000 interspike intervals (ISIs) from neurons that exhi...
Observed inter-spike-interval distributions of spike trains with limited input encoding, shown as n ...
Regression functions of the ISI dependences at the wave peaks P1-P5 shown for average differences of...
(A) Average latencies with SDs at the five wave peaks (P1-P5) in response to the series of four wrig...
(A) Average latencies with SDs at the five wave peaks (P1-P5) in response to noise-ultrasound pairs ...
(A) Average latencies with SDs to the four sound bursts at the five wave peaks (P1-P5) when the thre...
Summary of average wave latencies and latency differences between the peaks from the experiments A-D...
<p>(a) Relative number of burst durations within total durations of burst and quiescent state (<i>R<...
<p>(A) The Off-P50m latency as a function of the ISI of the click train. The right column shows the ...
(A, B) Latency predictions for iterated rippled noise compared with experimental data reported by a ...
<p><i>y</i> axis: amplitude (µV); <i>x</i> axis: ISI category. Both in the auditory and in the somat...
<p>Mean firing rate of the stochastic HH models in a 500 seconds simulation with different number of...
<p>(<b>A</b>) Plot summarizing response amplitudes to tone pips calculated as average spike rates at...
Correlation between the estimated activation levels of two trial types in 2,000 simulated runs, as a...
<p>Predicted versus perceived dissimilarity as calculated from (A) firing rates, and (B) ISIs. Each ...
<p>(A), (B) and (C): Left: Distributions of 2,000 interspike intervals (ISIs) from neurons that exhi...
Observed inter-spike-interval distributions of spike trains with limited input encoding, shown as n ...