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Czyzewski, A., Rostek, B., Odya, P., & Zielinski, S. (2001). Determining influence of visual cues on the perception of surround sound using soft computing. Lecture Notes in Artificial Intelligence, 2005, 545–552.
Added by: Mark Grimshaw (12 Oct 2005 09:38:43 UTC) Last edited by: Mark Grimshaw (12 Oct 2005 11:38:43 UTC) |
| Resource type: Journal Article BibTeX citation key: Czyzewski2001 Email resource to friend  |
Categories: Arts, Computing, Film Music/Sound Keywords: Acoustics, Perception Creators: Czyzewski, Odya, Rostek, Zielinski Collection: Lecture Notes in Artificial Intelligence |
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| Abstract |
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Contemporary digital video, film or multimedia presentations are often accompanied by the surround sound. Techniques and standards involved in digital video processing are much more developed than concepts underlying creating recording and mixing of the multichannel sound. The main challenge in the sound processing in the multichannel system is to create an appropriate basis for the relating multimodal context of visual and sound domains. Therefore, one of the purposes of experiments is to study in which way and how the surround sound interferes or is associated with the visual context. This kind of study was hitherto carried out when two-channel sound technique was associated with a stereo TV. However, there is not much study done yet that associates surround sound and digital video presented at the TV screen. The main issue in such experiments is the analysis of the influence of visual cues on perception of the surround sound. This problem will be solved with the application of fuzzy logic to the processing of subjective test results.
Added by: Mark Grimshaw Last edited by: Mark Grimshaw |
| Notes |
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How vision affects the localization of surround sound sources. Research directed to TV and film.
Added by: Mark Grimshaw Last edited by: Mark Grimshaw |
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p.546
"In most cases the video "attracts' the attention of the listener and, as a consequence, he or she localizes the sound closer to the screen center." This effect is called the "audio-visual proximity effect."
Added by: Mark Grimshaw
Keywords: Audio-visual proximity effect |