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Optimizing Massive Parallel Architectures for Real-Time Digital Audio

Large digital signal processing engines are required to meet the hard real-time constraints imposed by digital audio applications. Appropriate topologies and resource allocation strategies are necessary to efficiently utilise a sea of processors: Task scheduling is considered in the context of allocating complex console taskforces onto such hybrid multiprocessors. Novel scalable architectures are assessed and the impact of design decisions evaluated.

Authors: Linton, Ken; Gould, G. Lee; Terepin, Steve; Purvis, Alan
Affiliations: SEAS, University of Durham, Durham, England ; Solid State Logic Ltd.(See document for exact affiliation information.)
AES Convention:89 (September 1990) Paper Number:2972 Import into BibTeX
Subject:Digital Audio Technology

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