The discovery of neural signals that reflect the dynamics of perceptual decision formation
has had a considerable impact. Not only do such signals enable detailed investigations of …

Magnitude-sensitivity refers to the result that performance in decision-making, across
domains and organisms, is affected by the total value of the possible alternatives. This …

To interact successfully with diverse sensory environments, we must adapt our decision
processes to account for time constraints and prior probabilities. The full set of decision …

Classical dynamic theories of decision making assume that responses are triggered by
accumulating a threshold amount of information. Recently, there has been a growing …

Despite advances in techniques for exploring reciprocity in brain-behavior relations, few
studies focus on building neurocognitive models that describe both human EEG and …

Over the last decade, there has been a robust debate in decision neuroscience and
psychology about what mechanism governs the time course of decision-making. Historically …

Diffusion models of evidence accumulation have successfully accounted for the distributions
of response times and choice probabilities from many experimental tasks, but recently their …

This article introduces an integrated and biologically inspired theory of decision making,
motor preparation, and motor execution. The theory is formalized as an extension of the …

In many domains of psychological research, decisions are subject to a speed-accuracy trade-
off: faster responses are more often incorrect. This trade-off makes it difficult to focus on one …

With the advancement of technologies like in-car navigation and smartphones, concerns
around how cognitive functioning is influenced by “workload” are increasingly prevalent …