Dynamic Routing in Fully Connected Networks
Richard Gibbens, F. P. Kelly
Abstract
Richard Gibbens, F. P. Kelly
Abstract
This paper considers various aspects of dynamic routing in fully connected circuit-switched networks. Bounds are obtained for the performance of any dynamic routing scheme, some theoretical considerations affecting the choice of trunk reservation parameters are presented, and a very simple dynamic routing scheme called dynamic alternative routing is described, which performs well under a variety of conditions. Finally, some of the capacity planning issues which arise for networks using dynamic routing are discussed.
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This paper considers various aspects of dynamic routing in fully connected circuit-switched networks. Bounds are obtained for the performance of any dynamic routing scheme, some theoretical considerations affecting the choice of trunk reservation parameters are presented, and a very simple dynamic routing scheme called dynamic alternative routing is described, which performs well under a variety of conditions. Finally, some of the capacity planning issues which arise for networks using dynamic routing are discussed.
Key concepts: Adaptive routing, Computer science, Static routing, Dynamic Source Routing, Routing (electronic design automation), Link-state routing protocol, Multipath routing, Policy-based routing