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A computational study for demand-wise shared protection
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Citations
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References
2006
Year
Unknown Venue
Mathematical ProgrammingEngineeringInformation SecurityNetwork PlanningNetwork AnalysisOperations ResearchHardware SecurityAccess ControlSystems EngineeringNetwork ManagementNetwork OptimizationData PrivacyPath ProtectionBest SolutionsComputer ScienceSharing SystemData SecurityCryptographyComputational StudyNetwork ScienceSmart GridSurvivable NetworkRealistic NetworkRobust RoutingComputer Security Model
In this paper, we compare the new resilience mechanism demand-wise shared protection (DSP) with dedicated and shared path protection. The computational study on five realistic network planning scenarios reveals that that the best solutions for DSP are on average 15% percent better than the corresponding 1+1 dedicated path protection solutions, and only 15% percent worse than shared path protection.
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