Human observers localize events in the world by using sensory signals from multiple
modalities. We evaluated two theories of spatial localization that predict how visual and …

To obtain a coherent percept of the environment, the brain should integrate sensory signals
from common sources and segregate those from independent sources. Recent research has …

The brain integrates information from multiple sensory modalities and, through this process,
generates a coherent and apparently seamless percept of the external world. Although …

Localization of objects and events in the environment is critical for survival, as many
perceptual and motor tasks rely on estimation of spatial location. Therefore, it seems …

The question of which strategy is employed in human decision making has been studied
extensively in the context of cognitive tasks; however, this question has not been …

To form a veridical percept of the environment, the brain needs to integrate sensory signals
from a common source but segregate those from independent sources. Thus, perception …

Auditory signals have been shown to exert a marked influence on visual perception in a
wide range of tasks. However, the mechanisms of these interactions are, at present, poorly …

The ability of a visual signal to influence the localization of an auditory target (ie,“cross-
modal bias”) was examined as a function of the spatial disparity between the two stimuli and …

In natural environments, human sensory systems work in a coordinated and integrated
manner to perceive and respond to external events. Previous research has shown that the …

Multisensory perception is regarded as one of the most prominent examples where human
behaviour conforms to the computational principles of maximum likelihood estimation (MLE) …