<p>The results inlineed are the average of five simulations conducted with identical model parameters, but with different random synaptic weight initializations and different random synaptic connectivities. When the model is implemented with axonal conduction delays either only in the synapses, or only in the synapses, then the model can still learn to perform path integration of head direction at approximately the same speed as was experienced during training.</p
Systematic temporal relations between single neuronal activities or population activities are ubiqui...
<p>(A) Axonal delay profiles predicted by the analytical model, <a href="http://www.ploscompbiol.org...
<p>(<b>a</b>) Action potentials in bi-directionally connected neurons are more likely to reach the p...
<p>The results are taken from five simulation runs of a model implemented with a distribution of axo...
<p>The rates are recorded from a model implemented with a uniform distribution of axonal conduction ...
<p> The left-hand plot displays the head direction cell firing rates recorded during the testing, in...
<p>These results are from a simulation with an axonal conduction delay of 100 ms, and a rotational v...
<p>Firing rates of the head direction (HD) cells recorded during the testing phase of a model simula...
<p>For all of the four experiments the results are taken from five simulation runs, each with differ...
<p>These results are from a simulation with an axonal conduction delay of 100 ms, and a rotational v...
<p>These results are from simulations with an axonal conduction delay of 50 ms, and rotational veloc...
<p>These results are from a simulation with an axonal conduction delay of 100 ms, and a rotational v...
<p>Firing rates of the head direction (HD) cells recorded during the testing phase of a model simula...
<p>Electrotonic attenuation of the synaptic current along the dendrites en route to the soma, result...
<p>The results are taken from five simulation runs of a model implemented with of the rotational ve...
Systematic temporal relations between single neuronal activities or population activities are ubiqui...
<p>(A) Axonal delay profiles predicted by the analytical model, <a href="http://www.ploscompbiol.org...
<p>(<b>a</b>) Action potentials in bi-directionally connected neurons are more likely to reach the p...
<p>The results are taken from five simulation runs of a model implemented with a distribution of axo...
<p>The rates are recorded from a model implemented with a uniform distribution of axonal conduction ...
<p> The left-hand plot displays the head direction cell firing rates recorded during the testing, in...
<p>These results are from a simulation with an axonal conduction delay of 100 ms, and a rotational v...
<p>Firing rates of the head direction (HD) cells recorded during the testing phase of a model simula...
<p>For all of the four experiments the results are taken from five simulation runs, each with differ...
<p>These results are from a simulation with an axonal conduction delay of 100 ms, and a rotational v...
<p>These results are from simulations with an axonal conduction delay of 50 ms, and rotational veloc...
<p>These results are from a simulation with an axonal conduction delay of 100 ms, and a rotational v...
<p>Firing rates of the head direction (HD) cells recorded during the testing phase of a model simula...
<p>Electrotonic attenuation of the synaptic current along the dendrites en route to the soma, result...
<p>The results are taken from five simulation runs of a model implemented with of the rotational ve...
Systematic temporal relations between single neuronal activities or population activities are ubiqui...
<p>(A) Axonal delay profiles predicted by the analytical model, <a href="http://www.ploscompbiol.org...
<p>(<b>a</b>) Action potentials in bi-directionally connected neurons are more likely to reach the p...