Cost reduction of reliable networks using load balanced routing
Marija Antić, Aleksandra Smiljanić
Abstract
Marija Antić, Aleksandra Smiljanić
Abstract
The routing based on load balancing and shortest path routing (LB-SPR) was recently introduced, and it was shown to have advantages over the standard shortest path routing (SPR) algorithms: it can support higher guaranteed traffic loads, and it simplifies the resource reservation processes. In this paper, the cost of setting up the reliable network which is resilient to node or link failures is analyzed. In such a network, enough capacity has to be provisioned on all the links for routing the traffic even in the case of a failure. The cost of setting up the reliable network using the shortest path routing (SPR) is compared to the cost of setting up the reliable network using the load balanced shortest path routing (LB-SPR). It is shown that LB-SPR can significantly decrease the network cost.
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The routing based on load balancing and shortest path routing (LB-SPR) was recently introduced, and it was shown to have advantages over the standard shortest path routing (SPR) algorithms: it can support higher guaranteed traffic loads, and it simplifies the resource reservation processes. In this paper, the cost of setting up the reliable network which is resilient to node or link failures is analyzed. In such a network, enough capacity has to be provisioned on all the links for routing the traffic even in the case of a failure. The cost of setting up the reliable network using the shortest path routing (SPR) is compared to the cost of setting up the reliable network using the load balanced shortest path routing (LB-SPR). It is shown that LB-SPR can significantly decrease the network cost.
Key concepts: Equal-cost multi-path routing, Private Network-to-Network Interface, Computer science, Computer network, Static routing, Link-state routing protocol, Path vector protocol, Multipath routing