Ming-Howe Cheng

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This work designs and analyzes a cost-effective growable multicast asynchronous transfer mode (ATM) switch that has a new grouping network structure. The proposed switch can easily be enlarged by using more stages, since both cell routing and contention resolution are designed to distribute over switch elements. Experimental results indicate that, by(More)
I n ihis p a p e r , we design and analyze a growable multicast ATM switch. It can grow to a large size since both cell routing and contention resolution are designed t o distribute over switch elements, and the switch structure is modular. The output ports arc partitioned into groups t o p e r m i t sharing of routing paths. The concept of group routing(More)
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