Seeing a speaker's facial gestures can significantly improve speech comprehension,
especially in noisy environments. However, the nature of the visual information from the …

In face-to-face communication, visual information from a speaker's face and time-varying
kinematics of articulatory movements have been shown to fine-tune auditory neural …

The basis for individual differences in the degree to which visual speech input enhances
comprehension of acoustically degraded speech is largely unknown. Previous research …

Recent influential models of audiovisual speech perception suggest that visual speech aids
perception by generating predictions about the identity of upcoming speech sounds. These …

While it is well-known that faces provide linguistically relevant information during
communication, most efforts to identify the visual correlates of the acoustic signal have …

It is well established that in order to comprehend speech in noisy environments, listeners
use the face of the talker in conjunction with the auditory speech. Yet how listeners use …

Seeing a speaker's face benefits speech comprehension, especially in challenging listening
conditions. This perceptual benefit is thought to stem from the neural integration of visual …

Speech perception often takes place in noisy environments, where multiple auditory signals
compete with one another. The addition of visual cues such as talkers' faces or lip …

The visual cues involved in auditory speech processing are not restricted to information from
lip movements but also include head or chin gestures and facial expressions such as …

Auditory and visual information is integrated when perceiving speech, as evidenced by the
McGurk effect in which viewing an incongruent talking face categorically alters auditory …