Recently, experimental and theoretical research has focused on the brain's abilities to
extract information from a noisy sensory environment and how cross‐modal inputs are …

The brain integrates information from different sensory modalities to generate a coherent
and accurate percept of external events. Several experimental studies suggest that this …

We study a computational model of audiovisual integration by setting a Bayesian observer
that localizes visual and auditory stimuli without presuming the binding of audiovisual …

At any given moment, our brain processes multiple inputs from its different sensory
modalities (vision, hearing, touch, etc.). In deciphering this array of sensory information, the …

Recent theoretical and experimental studies suggest that in multisensory conditions, the
brain performs a near-optimal Bayesian estimate of external events, giving more weight to …

To obtain a coherent perception of the world, our senses need to be in alignment. When we
encounter misaligned cues from two sensory modalities, the brain must infer which cue is …

Previous studies have shown that task-irrelevant auditory information can provide temporal
clues for the detection of visual targets and improve visual perception; such sounds are …

The Brain's ability to integrate information from different modalities (multisensory integration)
is fundamental for accurate sensory experience and efficient interaction with the …

To form a coherent percept of the environment, the brain must integrate sensory signals
emanating from a common source but segregate those from different sources. Temporal …

Neurophysiological studies of multisensory processing have largely focused on how the
brain integrates information from different sensory modalities to form a coherent percept …