(A) Multiple bimodal activation patterns and examples of realizations for each pattern (N = 50 neurons). Simulation parameters were pulse rate λin = 0.35 spks/sample, baseline rate λout = 0.05 spks/sample, epoch window length Tepoch = 300 samples and pulse length Tpulse = 20 samples. Bottom figures show sorted dissimilarity matrix and t-SNE for simulation with patterned noise (left) and homogeneous noise (right). (B) Multiple bimodal activation patterns and examples of realizations for each pattern (N = 50 neurons). Simulation parameters were λout = 0.02 spks/sample (i.e. the deactivation period), λin = 0.3 spks/sample, Tepoch = 300 and Tdeactivation = 150 samples. Bottom figures show sorted dissimilarity matrix and t-SNE for simulation wit...
(A) Schematic of a spike triplet that is described by two inter-spike intervals. (B) The probability...
<p>(A) Sketch of different time periods and the underlying models used for the generation of paralle...
A) Example of single spike trains for two epochs for 10 neurons. Patterns were generated as uniform ...
<p>(A) Multiple bimodal activation patterns and examples of realizations for each pattern (<i>N</i> ...
<p>A) Representative MSN (blue) and FSI (red) spike waveforms used in simulation. Time scale = 1ms. ...
Two different temporal patterns with different firing rates. Each temporal pattern could occur in on...
<p>The black line shows the resulting multiunit pattern of two components with peak activity at ZT 9...
<p>Data from an example model neuron as described in <a href="http://www.ploscompbiol.org/article/in...
<p>The three jcBNST neurons received simulated synaptic bombardment (30 Hz frozen noise template) wi...
Two different temporal patterns with different firing rates. Each temporal pattern can occur in a lo...
Spike sorting is the process of converting a recording of the electrical activity generated by neuro...
<p>Illustration of three possible neuronal behaviours observed when 3 pools are simultaneously stimu...
This study demonstrates the practical application of the pattern grouping algorithm (PGA), presented...
This study demonstrates the practical application of the pattern grouping algorithm (PGA), presented...
<p>(A) Spike triggered average voltage for and firing rates ; simulated results (circles) and anal...
(A) Schematic of a spike triplet that is described by two inter-spike intervals. (B) The probability...
<p>(A) Sketch of different time periods and the underlying models used for the generation of paralle...
A) Example of single spike trains for two epochs for 10 neurons. Patterns were generated as uniform ...
<p>(A) Multiple bimodal activation patterns and examples of realizations for each pattern (<i>N</i> ...
<p>A) Representative MSN (blue) and FSI (red) spike waveforms used in simulation. Time scale = 1ms. ...
Two different temporal patterns with different firing rates. Each temporal pattern could occur in on...
<p>The black line shows the resulting multiunit pattern of two components with peak activity at ZT 9...
<p>Data from an example model neuron as described in <a href="http://www.ploscompbiol.org/article/in...
<p>The three jcBNST neurons received simulated synaptic bombardment (30 Hz frozen noise template) wi...
Two different temporal patterns with different firing rates. Each temporal pattern can occur in a lo...
Spike sorting is the process of converting a recording of the electrical activity generated by neuro...
<p>Illustration of three possible neuronal behaviours observed when 3 pools are simultaneously stimu...
This study demonstrates the practical application of the pattern grouping algorithm (PGA), presented...
This study demonstrates the practical application of the pattern grouping algorithm (PGA), presented...
<p>(A) Spike triggered average voltage for and firing rates ; simulated results (circles) and anal...
(A) Schematic of a spike triplet that is described by two inter-spike intervals. (B) The probability...
<p>(A) Sketch of different time periods and the underlying models used for the generation of paralle...
A) Example of single spike trains for two epochs for 10 neurons. Patterns were generated as uniform ...