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Hybrid channel-object approach for cinema post-production using particle systems

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Table of contents.pdf139th Audio Engineering Society International Convention 2015 New York, New York, USA 29 October – 1 November 2015 Volume 1 of 2 - Hybrid channel-object approach for cinema post-production using particle systems, 108262.37 KBAdobe PDF Ver/Abrir

Orientador(es)

Resumo(s)

Particle systems are a new sound design approach that is receiving some attention from the cinema community due to the ability to handle thousands of sound sources simultaneously. Unfortunately, current immersive object-based audio formats are not prepared for such scale, forcing sound designers to use traditional channel-based audio approaches. This paper presents a hybrid approach that tries to merge the advantages of both object-based audio and channel-based audio. By using audio-objects with static positions, a high number of virtual "speaker channels" can be created, adding more space resolution than traditional channel-based formats, and allowing the mix of thousands of sounds. The proposed method can be used not only with particle systems software, but also on object-based audio down-mixing processes or even in high-demanding audio post-production workflows.

Descrição

139th Audio Engineering Society International Convention 2015 Date/Location: 29 October - 1 November 2015, New York, USA. Pages: 1,132 (2 Vols) Conference code: 118525 https://www.proceedings.com/content/028/028929webtoc.pdf
Conference name: 139th Audio Engineering Society International Convention, AES 2015, New York, 29 October 2015 - 1 November 2015
Conference code: 118525

Palavras-chave

Hybrid approach Hybrid channels Mixing process Particle systems Production workflows Sound designs Space resolutions Static positions

Contexto Educativo

Citação

Fonseca, N. (2015). Hybrid channel-object approach for cinema post-production using particle systems. In Proceedings of the 139th Audio Engineering Society International Convention (Oct. 29 – Nov. 1, 2015, New York, NY, USA) (Vol. 1–2, pp. …). Audio Engineering Society. ISBN 9781510817197.

Projetos de investigação

Unidades organizacionais

Fascículo

Editora

Audio Engineering Society

Licença CC

Sem licença CC