An Efficient VP-Packing Algorithm in ATM Self-healing Networks
ISCC '97 Proceedings of the 2nd IEEE Symposium on Computers and Communications (ISCC '97)
Deterministic algorithm for VP assignment in ATM networks
Computer Communications
Bandwidth assignment paradigms for broadband integrated voice/data networks
Computer Communications
Bandwidth-demand prediction in virtual path in ATM networks using genetic algorithms
Computer Communications
A priority leaky-bucket regulator for virtual path traffic in ATM networks
Computer Communications
DIDA: a Distributed, Dynamic and Adaptive VP bandwidth management scheme for ATM networks
Computer Communications
Virtual path layout in ATM networks based on the P-median problem
Computer Communications
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It is shown that virtual paths will be a substantial component of a resource management control hierarchy for the B-ISDN. Other components of this hierarchy include connection admission, usage parameter control, and reactive congestion control. An overview of this control hierarchy is provided. The role of virtual paths for cost-effective resource management and connection admission control in the B-ISDN is examined. Some strategies for reserving capacity on virtual paths are identified, and the use of virtual paths to simplify connection admission control is discussed. The reservation of capacity on virtual path connections is shown to result in substantial network cost savings for the case study considered