<p>A) Decoding performance across neurons (n = 40, mean and s.e.m.) for each code (N = 8 bins, T = 160 ms window, 2–6 Hz LFP). B) Difference between the decoding performance in time- and phase-partitioned codes and the spike count for each neuron. Neurons are sorted according to the difference for the time-partitioned code (red). Parameters as in A). C) Histogram across neurons of the % gain in decoding performance in the dual time- and phase-partitioned code over the better (for each neuron) of the two individual codes. Parameters as in A). D) Correlation coefficient between the inter-trial phase coherence of the 2–6 Hz LFP and the decoding performance (percentage correct) for individual stimulus epochs used for decoding. Boxplots display ...
Cortical neurons have been reported to use both rate and temporal codes. Here we describe a novel mo...
<p>A) Schematic of sound waveforms showing the target sound without background noise and with backgr...
<p>(A) Mean mutual information between stimulus amplitude and firing rates (blue) and between stimul...
<p>A) Data from an example neuron showing the spike raster (left) and the average responses for the ...
<p>A) Sound wave of the 52 sec acoustic stimulation sequence consisting of various natural and envir...
Rapidly developing technology for large scale neural recordings has allowed researchers to measure t...
<p>The correlation coefficients between the sound envelope and the averaged PSTH (A) and the correla...
The encoding of sensory information by populations of cortical neurons forms the basis for perceptio...
<p>(<b>A</b>) Schematic of a two-layer model of sub-cortical and early cortical sensory processing. ...
The encoding of sensory information by populations of cortical neurons forms the basis for perceptio...
Rapidly developing technology for large scale neural recordings has allowed researchers to measure t...
<p>(A) Cortical recruitment functions (CRFs) in silence (i) and noise (ii) in all of the auditory fi...
The primary auditory cortex (AI) is made up of highly interconnected populations of neurons that are...
<p><b>A–B</b>. Difference in number of PSTH peak responses during pure tone exposure. 25-ms (A), and...
The primary auditory cortex (AI) is made up of highly interconnected populations of neurons that are...
Cortical neurons have been reported to use both rate and temporal codes. Here we describe a novel mo...
<p>A) Schematic of sound waveforms showing the target sound without background noise and with backgr...
<p>(A) Mean mutual information between stimulus amplitude and firing rates (blue) and between stimul...
<p>A) Data from an example neuron showing the spike raster (left) and the average responses for the ...
<p>A) Sound wave of the 52 sec acoustic stimulation sequence consisting of various natural and envir...
Rapidly developing technology for large scale neural recordings has allowed researchers to measure t...
<p>The correlation coefficients between the sound envelope and the averaged PSTH (A) and the correla...
The encoding of sensory information by populations of cortical neurons forms the basis for perceptio...
<p>(<b>A</b>) Schematic of a two-layer model of sub-cortical and early cortical sensory processing. ...
The encoding of sensory information by populations of cortical neurons forms the basis for perceptio...
Rapidly developing technology for large scale neural recordings has allowed researchers to measure t...
<p>(A) Cortical recruitment functions (CRFs) in silence (i) and noise (ii) in all of the auditory fi...
The primary auditory cortex (AI) is made up of highly interconnected populations of neurons that are...
<p><b>A–B</b>. Difference in number of PSTH peak responses during pure tone exposure. 25-ms (A), and...
The primary auditory cortex (AI) is made up of highly interconnected populations of neurons that are...
Cortical neurons have been reported to use both rate and temporal codes. Here we describe a novel mo...
<p>A) Schematic of sound waveforms showing the target sound without background noise and with backgr...
<p>(A) Mean mutual information between stimulus amplitude and firing rates (blue) and between stimul...