This paper introduces a cell dispatching scheme, called Maximum Weight Matching Dispatching (MWMD) scheme, for buffered Clos-network switches. The MWMD scheme ...

It is known that for independent admissible traffic, a maximum throughput of 100% in an input-buffered switch is achievable by using a maximum weight matching.

It is known that for independent admissible traffic, a maximum throughput of 100% in an input-buffered switch is achievable by using a maximum weight matching.

This paper introduces a cell dispatching scheme, called maximum weight matching dispatching (MWMD) scheme, for buffered Clos-network switches. The MWMD scheme ...

This paper introduces a cell dispatching scheme, called Maximum Weight Matching Dispatching (MWMD) scheme, for buffered Clos-network switches. The MWMD scheme ...

This paper shows that, with request queues in the buffered Clos-network architecture, the MWMD scheme is able to achieve a 100% throughput for independent ...

The scalability of three-stage Clos-network packet switches makes them an attractive approach in implementing large-size packet switches.

The scalability of three-stage Clos-network packet switches makes them an attractive approach in implementing large-size packet switches.

Maximum weight matching dispatching scheme in buffered Clos-network packet switches ; Analysis of the parallel packet switch architecture. Iyer S., McKeown N.W..

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