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Asynchronous packet-switched interconnection networks with decentralized control are very appropriate for multiprocessing and data-flow architectures. The authors present performance models of single- and multiple-ring networks based on token-ring, slotted-ring, and register-insertion-ring protocols. The multiple ring networks have the advantage of being reliable, expandable, and cost effective
asynchronous packet switched interconnection networks; single ring networks; performance evaluation; multiple ring networks; decentralized control; multiprocessing; data-flow architectures; performance models; token-ring; slotted-ring; register-insertion-ring protocols; uniform analysis; M/G/1 queuing model; symmetric ring structure; nonexhaustive service policy; infinite queue length; analytical models; simulation; multiprocessor interconnection networks; packet switching; performance evaluation; protocols.

D. Ghosal, L. Bhuyan and Q. Yang, "Approximate Analysis of Single and Multiple Ring Networks," in IEEE Transactions on Computers, vol. 38, no. , pp. 1027-1040, 1989.
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