Description: Ethernet Ring Protection Switching, or ERPS, is an effort at ITU-T under G.8032 Recommendation to provide sub-50ms protection and recovery switching for Ethernet traffic in a ring topology and at the same time ensuring that there are no loops formed at the Ethernet layer. G.8032v1 supported a single ring topology and G.8032v2 supports multiple rings/ladder topology.
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ERP1 Protocol in Matlab
.......................\CalculateFitness.asv
.......................\CalculateFitness.m
.......................\ClusterHeadAssociation.m
.......................\ClusterHeadElection.asv
.......................\ClusterHeadElection.m
.......................\Crossover.asv
.......................\Crossover.m
.......................\ERP1.asv
.......................\ERP1.m
.......................\GetStatisticsOfWSN.m
.......................\InitializeEnergyModel.asv
.......................\InitializeEnergyModel.m
.......................\InitializeHeterogeneous.m
.......................\InitializeWSN.m
.......................\InitilizeEA.asv
.......................\InitilizeEA.m
.......................\InitilizePopulation.asv
.......................\InitilizePopulation.m
.......................\m=0.0
.......................\.....\WSN_0.0
.......................\.....\.......\WSN1.mat
.......................\.....\.......\WSN10.mat
.......................\.....\.......\WSN11.mat
.......................\.....\.......\WSN12.mat
.......................\.....\.......\WSN13.mat
.......................\.....\.......\WSN14.mat
.......................\.....\.......\WSN15.mat
.......................\.....\.......\WSN2.mat
.......................\.....\.......\WSN3.mat
.......................\.....\.......\WSN4.mat
.......................\.....\.......\WSN5.mat
.......................\.....\.......\WSN6.mat
.......................\.....\.......\WSN7.mat
.......................\.....\.......\WSN8.mat
.......................\.....\.......\WSN9.mat
.......................\m=0.1
.......................\.....\WSN_0.1
.......................\.....\.......\WSN1.mat
.......................\.....\.......\WSN10.mat
.......................\.....\.......\WSN11.mat
.......................\.....\.......\WSN12.mat
.......................\.....\.......\WSN13.mat
.......................\.....\.......\WSN14.mat
.......................\.....\.......\WSN15.mat
.......................\.....\.......\WSN2.mat
.......................\.....\.......\WSN3.mat
.......................\.....\.......\WSN4.mat
.......................\.....\.......\WSN5.mat
.......................\.....\.......\WSN6.mat
.......................\.....\.......\WSN7.mat
.......................\.....\.......\WSN8.mat
.......................\.....\.......\WSN9.mat
.......................\m=0.2
.......................\.....\WSN_0.2
.......................\.....\.......\WSN1.mat
.......................\.....\.......\WSN10.mat
.......................\.....\.......\WSN11.mat
.......................\.....\.......\WSN12.mat
.......................\.....\.......\WSN13.mat
.......................\.....\.......\WSN14.mat
.......................\.....\.......\WSN15.mat
.......................\.....\.......\WSN2.mat
.......................\.....\.......\WSN3.mat
.......................\.....\.......\WSN4.mat
.......................\.....\.......\WSN5.mat
.......................\.....\.......\WSN6.mat
.......................\.....\.......\WSN7.mat
.......................\.....\.......\WSN8.mat
.......................\.....\.......\WSN9.mat
.......................\Main.m
.......................\Mutation.asv
.......................\Mutation.m
.......................\Selection.asv
.......................\Selection.m
.......................\SensorsDeployment.m
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