<p>As the resolution of the time course improves the Goodwin model (skyblue, diamonds) and the Schnakenberg model (green, circles) lose support faster than the Lotka-Volterra (orange, squares) and repressilator (black, triangles) systems. The known model—the repressilator—gains preference only for a larger number of data points (500 points with a time gap of 0.1), even when using noiseless data.</p
Two similar classes of evidence-accumulation model have dominated theorizing about rapid binary choi...
Natural environments can have dynamics spanning multiple timescales, and the evidence animals use to...
<p>(<b>A</b>) Example showing that an increase in variability leads to a decrease in mutual informat...
<p>The log-evidence computed by nested sampling for each model using the 25 noisy data points shown ...
<p>The log-evidence computed by nested sampling for each model using 25 noisy data points from two r...
<p>(<b>1</b>) The approximate number system produces evidence/samples at a rate R e.g. every 30 ms. ...
Models of decision making differ in how they treat early evidence as it recedes in time. Standard mo...
When people make decisions, do they give equal weight to evidence arriving at different times? A rec...
The dominant theoretical paradigm in explaining decision making throughout both neuroscience and cog...
When people make decisions, do they give equal weight to evidence arriving at different times? A rec...
To understand the neural mechanisms that support decision making, it is critical to characterize the...
<p><b>A.</b> Race-to-threshold model. Evidence for each stimulus alternative is accumulated until a ...
Perceptual decisions are thought to be mediated by a mechanism of sequential sampling and integratio...
(a) Mean population activity trajectories (bolded color lines) diverge by trial difficulty. Single t...
Theories of choice response time (RT) provide insight into the psychological underpinnings of simple...
Two similar classes of evidence-accumulation model have dominated theorizing about rapid binary choi...
Natural environments can have dynamics spanning multiple timescales, and the evidence animals use to...
<p>(<b>A</b>) Example showing that an increase in variability leads to a decrease in mutual informat...
<p>The log-evidence computed by nested sampling for each model using the 25 noisy data points shown ...
<p>The log-evidence computed by nested sampling for each model using 25 noisy data points from two r...
<p>(<b>1</b>) The approximate number system produces evidence/samples at a rate R e.g. every 30 ms. ...
Models of decision making differ in how they treat early evidence as it recedes in time. Standard mo...
When people make decisions, do they give equal weight to evidence arriving at different times? A rec...
The dominant theoretical paradigm in explaining decision making throughout both neuroscience and cog...
When people make decisions, do they give equal weight to evidence arriving at different times? A rec...
To understand the neural mechanisms that support decision making, it is critical to characterize the...
<p><b>A.</b> Race-to-threshold model. Evidence for each stimulus alternative is accumulated until a ...
Perceptual decisions are thought to be mediated by a mechanism of sequential sampling and integratio...
(a) Mean population activity trajectories (bolded color lines) diverge by trial difficulty. Single t...
Theories of choice response time (RT) provide insight into the psychological underpinnings of simple...
Two similar classes of evidence-accumulation model have dominated theorizing about rapid binary choi...
Natural environments can have dynamics spanning multiple timescales, and the evidence animals use to...
<p>(<b>A</b>) Example showing that an increase in variability leads to a decrease in mutual informat...