| Abstract |
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We consider the implication of deep sub-micron VLSI technology on the design of communication frameworks for parallel DSP systems-on-chip. We assert that distributed data transfer and control mechanisms are necessary to manage many independent processing subsystems and software tasks. An example of a parallel DSP architecture is given and used to demonstrate these mechanisms at work. We show the similarity of these mechanism and those used in large scale computing networks.
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 Additional Information
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Citation:
J. Williams, N. Heintze, B. Ackland,
"Communication Mechanisms for Parallel DSP Systems on a Chip,"
date,
p. 0420,
2002 Design, Automation and Test in Europe Conference and Exhibition (DATE'02),
2002
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