A two-level bandwidth negotiation algorithm used in fiber distributed data interface (FDDI) bridges to obtain a dynamically adaptive bandwidth in the wide area backbone is analyzed and optimized. On the basis of a set of reasonable assumptions on the features of asynchronous transfer mode (ATM) networks, it is shown how cross-connection costs can be optimized if steady-state user behavior is assumed. The extensive results show that the investigated policy can provide significant connection-cost savings. The results are obtained by numerically solving an analytical model, which has also been validated by simulation
An Optimal Bandwidth-Negotiation Algorithm for Remote Bridging of FDDI Networks Across B-ISDN,
BORGONOVO, FLAMINIO;
1992-01-01
Abstract
A two-level bandwidth negotiation algorithm used in fiber distributed data interface (FDDI) bridges to obtain a dynamically adaptive bandwidth in the wide area backbone is analyzed and optimized. On the basis of a set of reasonable assumptions on the features of asynchronous transfer mode (ATM) networks, it is shown how cross-connection costs can be optimized if steady-state user behavior is assumed. The extensive results show that the investigated policy can provide significant connection-cost savings. The results are obtained by numerically solving an analytical model, which has also been validated by simulationFile in questo prodotto:
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