Perceptual decision making requires a complex set of computations to implement, evaluate,
and adjust the conversion of sensory input into a categorical judgment. Little is known about …

Perceptual decision making is a complex process that requires multiple computations,
including the accumulation of sensory evidence and an ongoing evaluation of the …

Previous neurophysiological studies of perceptual decision-making have focused on single-
unit activity, providing insufficient information about how individual decisions are …

Perceptual decisions arise from the activity of neurons distributed across brain circuits. But,
decoding the mechanisms behind this cognitive operation across brain circuits has long …

Perceptual decisions that are used to select particular actions can appear to be formed in an
intentional framework, in which sensory evidence is converted directly into a plan to act …

Tracing the neural circuitry of decision formation is a critical step in the understanding of
higher cognitive function. To make a decision, the primate brain coordinates dynamic …

Responses of individual task-relevant sensory neurons can predict monkeys9 trial-by-trial
choices in perceptual decision-making tasks. Choice-correlated activity has been interpreted …

A critical component of decision making is the ability to adjust criteria for classifying stimuli.
fMRI and drift diffusion models were used to explore the neural representations of …

Once considered the province of philosophy and the behavioral sciences, the process of
making decisions has received increasing scrutiny from neurobiologists. Recent research …

The neural mechanism underlying simple perceptual decision-making in monkeys has been
recently conceptualized as an integrative process in which sensory evidence supporting …