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This research addresses the analysis of an event-driven FORTRAN Simulation Model that simulates a special kind of Computer-Communication network. The network modeled has a circuit-switched communication subnet whose trunk lines carry both voice and data traffic simultaneously. This effort considers the viability of routing strategies as a mechanism for reducing congestion. The performance of seven alternative routing strategies are measured in terms of user-visible metrics.Based on the experimental results obtained, this research concludes that fixed routing, the technique assumed by most models, is not as effective a tool for reducing congestions as would be a strategy based on link utilization. Minimization of congestion can be realized only if the routing strategy is adjusted as workload varies. Experimental data supporting these conclusions is presented.

Routing as a flow control strategy in an integrated circuit/packet switched communications network