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An ATM Clos switch under bursty Interrupted Bernoulli Processes is studied at the cell level. Different correlated and uncorrelated traffic patterns are considered: cells of a given burst may or may not belong to the same VPNC and be directed to the same output port of the switch. Uniform traffic, SSSD (Single Source to Single Destination) and a SSSD high traffic embedded in a uniform traffic are considered. Cells of a given burst are routed independently. So a resequencing mechanism has to be implemented. Approximate analytical models of the switch are proposed, they are validated by discrete event simulations for the parameter values for which simulations can be run. It is shown that such interconnection networks lead to good performance results even with small buffers under those different traffic patterns.

Performance analysis of multipath ATM switches under correlated and uncorrelated IBP traffic patterns