Sentence examples for audio visual processing from inspiring English sources

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In collaboration with our three university partners Surrey, Southampton and Salford BBC R&D is launching a major new five-year UK research collaboration between internationally leading experts in immersive audio, visual processing, and UK industry.

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CSEM is developing an error-prone chip for audio-visual processing in mobile phones that dispatches different processing tasks to the appropriate circuitry.

Therefore we predicted that, regardless of orthography, AVG training in children with dyslexia would improve visual, auditory and cross-modal attentional shifting, with cascading effects on audio-visual processing and phonological working memory, as well as reading speed.

The GMM conversion will reduce the computing complexities compared with inversion method, however, it weakens the time-series analysis in the audio-visual processing by simply replacing HMM states with real audio observations.

High-level delay sensitivity 2 (High Definition Telepresence): requires high bandwidth connection and storage due to high data volume and GPU for real-time audio-visual processing to support a high level of immersion and natural interaction between participants, as in face-to-face meetings.

In a systematic analysis of the role of pSTS in audio-visual processing, Hocking and Price (2008) suggest that this region is involved in conceptual matching regardless of input modality.

This is a collaboration with the computer vision group at ICSI as well as with the UC Berkeley BASiCS group (Berkeley Audio Visual Signal Processing and Communication Systems).

S3A is a major new five-year UK research collaboration between internationally leading experts in 3D audio and visual processing, the BBC and UK industry.

More than 800 algorithms are available on the marketplace, providing the smarts needed to do various tasks in the fields of machine learning, audio and visual processing, and even computer vision.

Inferior temporal gyrus is one of the higher levels of the ventral stream of audio and visual processing, associated with the representation of complex object features [ 56, 57].

It is derived from mixing audio-visual speech processing (AVSP) and blind source separation (BSS) techniques.

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