A key computation underlying perceptual decisions is the temporal integration of" evidence"
in favor of different states of the world. Studies from psychology and neuroscience have …

When multiple pieces of information bear on a decision, the best approach is to combine the
evidence provided by each one. Evidence integration models formalize the computations …

Computational and neurophysiological research has highlighted neural processes that
accumulate sensory evidence for perceptual decisions [1]. These processes have been …

We combine extant theories of evidence accumulation and multi-modal integration to
develop an integrated framework for modeling multimodal integration as a process that …

Decision making in dynamic environments requires discounting old evidence that may no
longer inform the current state of the world. Previous work found that humans discount old …

Robust perception requires that information from by our five different senses be combined at
some central level to produce a single unified percept of the world. Recent theory and …

We frequently need to make timely decisions based on sensory evidence that is weak,
ambiguous, or noisy resulting from conditions in the external environment (eg, a cluttered …

Many decisions are thought to arise via the accumulation of noisy evidence to a threshold or
bound. In perception, the mechanism explains the effect of stimulus strength, characterized …

In order to maintain a coherent, unified percept of the external environment, the brain must
continuously combine information encoded by our different sensory systems. Contemporary …

The neural correlates supporting our perceptual experience of the world remain largely
unknown. Recent studies have shown how stimulus detection and related confidence …