<p>a) Synchronous Stroking: Distributions are the likelihoods representing the objective stimulus locations/timings. Marked points are the model estimates (MAP) of stimulus location/timing. b) Synchronous Stroking: The frequency of simulation runs in which a common cause is inferred is shown in the shaded bar. c) Asynchronous Stroking: Distributions are the likelihoods representing the objective stimulus locations/timings. Marked points are the model estimates (MAP) of stimulus location/timing. d) Asynchronous Stroking: The frequency of simulation runs in which a common cause is inferred is shown in the shaded bar.</p
<p>Included are color plots (left) and DCTs averaged over hours 50 to 80 (right). The stochasticity ...
<p>Model simulations reveal that our data are more compatible with either leaky integration of senso...
<p>The likelihood obtained from the first set of 50 stochastic simulation; the likelihood of the s...
<p>The figure illustrates the relationship between the synchronization time lag for the simulated an...
A. Activity profile of one simulated neuron during its activation period is scaled for the five simu...
(a) Log-normal like distribution of firing rates. Top, firing rates of all biophysical cells from th...
<p>A: A simulation result of our mathematical model with a single stimulation. The red dots show tim...
a) The task (2-armed bandit) is represented like a binary choice task (blue or red squares), where t...
<p>This shows the performance of the three different methods (MELD, t+TFCER, and t-test) using three...
Correlation between the estimated activation levels of the two trial types across 2,000 simulated ru...
<p>This shows the performance of the three different methods (MELD, t+TFCER, and t-test) using three...
<p>Saturation marginal probability distributions from simulations of systems of territorial central ...
(a) The demonstration network consists of populations of excitatory (red dots), inhibitory (blue dot...
<p>Simulation results for estimating the likelihood of finding shared transcripts in independent sam...
<p>Simulation results at significance level with different methods for phenotypic data generated fr...
<p>Included are color plots (left) and DCTs averaged over hours 50 to 80 (right). The stochasticity ...
<p>Model simulations reveal that our data are more compatible with either leaky integration of senso...
<p>The likelihood obtained from the first set of 50 stochastic simulation; the likelihood of the s...
<p>The figure illustrates the relationship between the synchronization time lag for the simulated an...
A. Activity profile of one simulated neuron during its activation period is scaled for the five simu...
(a) Log-normal like distribution of firing rates. Top, firing rates of all biophysical cells from th...
<p>A: A simulation result of our mathematical model with a single stimulation. The red dots show tim...
a) The task (2-armed bandit) is represented like a binary choice task (blue or red squares), where t...
<p>This shows the performance of the three different methods (MELD, t+TFCER, and t-test) using three...
Correlation between the estimated activation levels of the two trial types across 2,000 simulated ru...
<p>This shows the performance of the three different methods (MELD, t+TFCER, and t-test) using three...
<p>Saturation marginal probability distributions from simulations of systems of territorial central ...
(a) The demonstration network consists of populations of excitatory (red dots), inhibitory (blue dot...
<p>Simulation results for estimating the likelihood of finding shared transcripts in independent sam...
<p>Simulation results at significance level with different methods for phenotypic data generated fr...
<p>Included are color plots (left) and DCTs averaged over hours 50 to 80 (right). The stochasticity ...
<p>Model simulations reveal that our data are more compatible with either leaky integration of senso...
<p>The likelihood obtained from the first set of 50 stochastic simulation; the likelihood of the s...