Decision making is thought to be guided by the values of alternative options and involve the accumulation of evidence to an internal bound. However, in natural behavior, evidence accumulation is an active process whereby subjects decide when and which sensory stimulus to sample. These sampling decisions are naturally served by attention and rapid eye movements (saccades), but little is known about how saccades are controlled to guide future actions. Here we review evidence that was discussed at a recent symposium, which suggests that information selection involves basal ganglia and cortical mechanisms and that, across different contexts, it is guided by two central factors: the gains in reward and gains in information (uncertainty reduction...
Computational and neurophysiological research has highlighted neural processes that accumulate senso...
Thesis (Ph.D.)--University of Washington, 2014Difficult decisions often require evaluation of sample...
AbstractMovement selection depends on the outcome of prior behavior. Posterior cingulate cortex (CGp...
Decision making is thought to be guided by the values of alternative options and involve the accumul...
Decision making is thought to be guided by the values of alternative options and involve the accumul...
Evidence accumulation has been the core component in recent development of perceptual and value-base...
AbstractRewards have important influences on the motor planning of primates and the firing of neuron...
Evidence accumulation is an essential component of value-based decisions. Recent human studies sugge...
AbstractNew insight into how the brain makes a decision has come from a study of the effects of the ...
Decisions are often made by accumulating evidence for and against the alternatives. The momentary ev...
Decision making in any brain is imperfect and costly in terms of time and energy. Operating under su...
Various models have been proposed to explain the interplay between bottom-up and top-down mechanisms...
AbstractFresh evidence about how cells in frontal cortex make decisions has come from experiments in...
Patterns of neural firing linked to eye movement decisions show that behavioral decisions are predic...
As we interact with the world, we must decide what to do next based on previously acquired and incom...
Computational and neurophysiological research has highlighted neural processes that accumulate senso...
Thesis (Ph.D.)--University of Washington, 2014Difficult decisions often require evaluation of sample...
AbstractMovement selection depends on the outcome of prior behavior. Posterior cingulate cortex (CGp...
Decision making is thought to be guided by the values of alternative options and involve the accumul...
Decision making is thought to be guided by the values of alternative options and involve the accumul...
Evidence accumulation has been the core component in recent development of perceptual and value-base...
AbstractRewards have important influences on the motor planning of primates and the firing of neuron...
Evidence accumulation is an essential component of value-based decisions. Recent human studies sugge...
AbstractNew insight into how the brain makes a decision has come from a study of the effects of the ...
Decisions are often made by accumulating evidence for and against the alternatives. The momentary ev...
Decision making in any brain is imperfect and costly in terms of time and energy. Operating under su...
Various models have been proposed to explain the interplay between bottom-up and top-down mechanisms...
AbstractFresh evidence about how cells in frontal cortex make decisions has come from experiments in...
Patterns of neural firing linked to eye movement decisions show that behavioral decisions are predic...
As we interact with the world, we must decide what to do next based on previously acquired and incom...
Computational and neurophysiological research has highlighted neural processes that accumulate senso...
Thesis (Ph.D.)--University of Washington, 2014Difficult decisions often require evaluation of sample...
AbstractMovement selection depends on the outcome of prior behavior. Posterior cingulate cortex (CGp...