We investigate a question relevant to the psychology and neuroscience of perceptual decision-making: whether decisions are based on steadily accumulating evidence, or only on the most recent evidence. We report an empirical comparison between two of the most prominent examples of these theoretical positions, the diffusion model and the urgency-gating model, via model-based qualitative and quantitative comparisons. Our findings support the predictions of the diffusion model over the urgency-gating model, and therefore, the notion that evidence accumulates without much decay. Gross qualitative patterns and fine structural details of the data are inconsistent with the notion that decisions are based only on the most recent evidence. More gener...
Despite the complexity and variability of decision processes, motor responses are generally stereoty...
Decision making is thought to involve a process of evidence accumulation, modelled as a drifting dif...
A common assumption in choice response time (RT) modeling is that after evidence accumulation reache...
We investigate a question relevant to the psychology and neuroscience of perceptual decision-making:...
We investigate a question relevant to the psychology and neuroscience of perceptual decision-making:...
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...
Over the last decade, there has been a robust debate in decision neuroscience and psychology about w...
Continual perceptual processing, such as required for decisions that necessitate the accumulation of...
Models of decision making differ in how they treat early evidence as it recedes in time. Standard mo...
Evidence accumulation models (EAMs) have been the dominant models of speeded decision-making for sev...
Evidence accumulation models (EAMs) have been the dominant models of speeded decision-making for sev...
Decision-makers effortlessly balance the need for urgency against the need for caution. Theoretical ...
One of the most prominent response-time models in cognitive psychology is the diffusion model, which...
Decision-makers effortlessly balance the need for urgency against the need for caution. Theoretical ...
Despite the complexity and variability of decision processes, motor responses are generally stereoty...
Decision making is thought to involve a process of evidence accumulation, modelled as a drifting dif...
A common assumption in choice response time (RT) modeling is that after evidence accumulation reache...
We investigate a question relevant to the psychology and neuroscience of perceptual decision-making:...
We investigate a question relevant to the psychology and neuroscience of perceptual decision-making:...
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...
Over the last decade, there has been a robust debate in decision neuroscience and psychology about w...
Continual perceptual processing, such as required for decisions that necessitate the accumulation of...
Models of decision making differ in how they treat early evidence as it recedes in time. Standard mo...
Evidence accumulation models (EAMs) have been the dominant models of speeded decision-making for sev...
Evidence accumulation models (EAMs) have been the dominant models of speeded decision-making for sev...
Decision-makers effortlessly balance the need for urgency against the need for caution. Theoretical ...
One of the most prominent response-time models in cognitive psychology is the diffusion model, which...
Decision-makers effortlessly balance the need for urgency against the need for caution. Theoretical ...
Despite the complexity and variability of decision processes, motor responses are generally stereoty...
Decision making is thought to involve a process of evidence accumulation, modelled as a drifting dif...
A common assumption in choice response time (RT) modeling is that after evidence accumulation reache...