2003 · 117 citations · 7 references
EngineeringNetwork PlanningNetwork AnalysisCandidate P-cyclesOperations ResearchJoint OptimizationP-cycle Network IncreasesOptical NetworksOptical PropertiesOptical Network DesignSystems EngineeringLogisticsOptical SwitchingOptical CommunicationNetwork OptimizationCombinatorial OptimizationTransportation EngineeringOptical NetworkingFree-space Optical NetworkPhotonicsNetwork DesignPassive Optical NetworkDemand PatternsNetwork Routing AlgorithmEnergy ManagementScheduling ProblemP-cycle PlacementBusinessVehicle Routing ProblemOptoelectronics
We address two open and inter-related issues about the design of p-cycle based networks. One of these is to reduce the complexity of solving optimal p-cycle design problems, making it practical to continually re-optimize a p-cycle based network in service, adapting to changing demand patterns. The second advance is a first research use of the above solution technique to study how the efficiency of a p-cycle network increases under joint optimization of the working path routes with p-cycle placement.
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