An adaptive routing algorithm for wavelength-routed optical networks with a distributed control scheme
作者： J.P. Jue , Gaoxi Xiao
DOI: 10.1109/ICCCN.2000.885490
关键词: Routing Information Protocol 、 Adaptive quality of service multi-hop routing 、 Static routing 、 Hierarchical routing 、 Wireless Routing Protocol 、 Link-state routing protocol 、 Computer network 、 Path vector protocol 、 Multipath routing 、 Equal-cost multi-path routing 、 Triangular routing 、 Adaptive routing 、 Distributed computing 、 Policy-based routing 、 Geographic routing 、 Routing domain 、 Routing table 、 Computer science 、 Routing and wavelength assignment 、 Destination-Sequenced Distance Vector routing 、 Dynamic Source Routing 、 Zone Routing Protocol 、 Routing protocol 、 Enhanced Interior Gateway Routing Protocol
摘要: For a wavelength-routed network in which connection requests are arriving and departing at high rates, an appropriate control scheme must be implemented to set up light paths for each request fast efficient manner. The scheme, includes routing wavelength assignment algorithms, also scalable, should attempt minimize the number of blocked connections. In this paper, we consider distributed utilizes new adaptive approach called alternate-link routing. proposed approach, decisions path made adaptively on hop-by-hop basis by individual nodes does not require maintenance any global information. A simulation is developed analyze blocking performance, it shown that outperforms fixed and, under certain conditions, alternate-path
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