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Fifth International Conference on Application of Concurrency to System Design (ACSD'05)
Gaining Predictability and Noise Immunity in Global Interconnects
St. Malo, France
June 07-June 09
ISBN: 0-7695-2363-3
Yinghua Li, University of California, Berkeley
Alex Kondratyev, Cadence Berkeley Lab
Robert K. Brayton, University of California, Berkeley
We present a bundled data communication scheme that is robust to crosstalk effects, and to manufacturing and environmental variations. Unlike a data bus, where each receiver always connects to all data lines from the sender, we consider the case where each receiver can have a subset of all data lines routed to it. Such generalization can be used for a bundled data communication method applicable to both local and global communication. It can be used to make a clock unnecessary in a design. It also leads to a new routing problem for which we present an algorithm based on MRSA tree construction to solve it.
Citation:
Yinghua Li, Alex Kondratyev, Robert K. Brayton, "Gaining Predictability and Noise Immunity in Global Interconnects," acsd, pp.176-185, Fifth International Conference on Application of Concurrency to System Design (ACSD'05), 2005
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