<p>When additional noise is added the response latency distributions are affected (N=100).</p> <p>6b Fitted bezier curves to response latency distributions for patterns of length 50, 75 and 100 ms.</p> <p>This figure is part of the paper entitled "STDP Pattern Onset learning Depends on Background Activity"; see link.</p
<p>(a) Mean response latency as a function of the number of dots. The data of the four younger group...
<p>The tuning curves were fitted using a cosine function, , where <i>θ</i> is the stimulus orientati...
Studies of reaction-time distributions provide a useful quantitative approach to understand decision...
<p>When additional noise is added the response latency distributions are affected (N=100).</p> <p>6a...
<p>Adding increasing amounts of noise not only disrupts the response latency distribution but also p...
<p>Adding increasing amounts of noise not only disrupts the response latency distribution but also p...
<p>A neuron's membrane potential depicting a lower background activity and consequently a longer int...
<p>Two typical results when Gaussian noise is added to the membrane potential.</p> <p>5b one example...
<p>A neuron's membrane potential depicting a lower background activity and consequently a longer int...
<p>Two typical results when Gaussian noise is added to the membrane potential.</p> <p>5a one example...
<p>Results of a longer simulation (3000 s) including synaptic weight distributions and trajectories....
<p><b>A.</b> Learning curves plotted against the number of trials for each of the targets, sampled e...
<p>The graph indicates the wide variances in movement onset latencies which are typical in any anima...
<p>Spike-timing dependent plasticity is a learning mechanism used extensively within neural modellin...
<p>The upper portion of this table summarises the onset latency of the CSD within each region of int...
<p>(a) Mean response latency as a function of the number of dots. The data of the four younger group...
<p>The tuning curves were fitted using a cosine function, , where <i>θ</i> is the stimulus orientati...
Studies of reaction-time distributions provide a useful quantitative approach to understand decision...
<p>When additional noise is added the response latency distributions are affected (N=100).</p> <p>6a...
<p>Adding increasing amounts of noise not only disrupts the response latency distribution but also p...
<p>Adding increasing amounts of noise not only disrupts the response latency distribution but also p...
<p>A neuron's membrane potential depicting a lower background activity and consequently a longer int...
<p>Two typical results when Gaussian noise is added to the membrane potential.</p> <p>5b one example...
<p>A neuron's membrane potential depicting a lower background activity and consequently a longer int...
<p>Two typical results when Gaussian noise is added to the membrane potential.</p> <p>5a one example...
<p>Results of a longer simulation (3000 s) including synaptic weight distributions and trajectories....
<p><b>A.</b> Learning curves plotted against the number of trials for each of the targets, sampled e...
<p>The graph indicates the wide variances in movement onset latencies which are typical in any anima...
<p>Spike-timing dependent plasticity is a learning mechanism used extensively within neural modellin...
<p>The upper portion of this table summarises the onset latency of the CSD within each region of int...
<p>(a) Mean response latency as a function of the number of dots. The data of the four younger group...
<p>The tuning curves were fitted using a cosine function, , where <i>θ</i> is the stimulus orientati...
Studies of reaction-time distributions provide a useful quantitative approach to understand decision...
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