The phrase "audiovisual processing" is correct and usable in written English.
It can be used in contexts related to the analysis or interpretation of both audio and visual information, often in fields like psychology, media studies, or technology.
Example: "The study focused on audiovisual processing to understand how individuals perceive and integrate information from both sound and images."
Alternatives: "multisensory processing" or "audio-visual analysis".
The present functional magnetic resonance imaging (fMRI) study was designed, in order to investigate the neural substrates involved in the audiovisual processing of disyllabic German words and pseudowords.
We utilized Systems Factorial Technology (Townsend & Nozawa, 1995), regarded as a standard diagnostic tool for inferences about mental architecture, to study redundant-target audiovisual processing.
The project merges two previous projects developed at the HACK Lab: an ARHemlet equipped with a camera, headphones and screen and Wired, an interactive audiovisual processing software.
The focus of the present paper is on how neuronal activation for audiovisual processing differs for verbal versus nonverbal conceptual stimuli.
Given the association of pSTS with crossmodal audiovisual processing (for reviews see Calvert, 2001; Calvert and Lewis, 2004; King and Calvert, 2001) it is perhaps surprising that we did not observe increased pSTS activation during the form with sound condition.
Several approaches to extracting lips contour in audiovisual speech processing have been investigated in the literature.
The goal of this study was to investigate the neural basis of this deficit in audiovisual speech processing in schizophrenia patients by using fMRI.
'Do Well B.' is a multidisciplinary project that builds innovative links between autism spectrum disorders (ASD), audiovisual signal processing, physiological response, and stochastic modelling and statistics.
'Do Well B.' is a multidisciplinary project that builds innovative links between ASD, audiovisual signal processing, physiological response, and stochastic modelling and statistics.
Since no brain imaging study has yet addressed this aspect for music, in the present study we aim to examine which brain regions are responsible for processing audiovisual emotional signals and detecting audiovisual emotional correspondence from music displays.
