Description
Apple Academic Press Inc. Software Defined Networking Design And Deployment 2014 Edition by Patricia A. Morreale, James M. Anderson
Software Defined Networking: Design and Deployment provides a comprehensive treatment of software defined networking (SDN) suitable for new network managers and experienced network professionals. Presenting SDN in context with more familiar network services and challenges, this accessible text:Explains the importance of virtualization, particularly the impact of virtualization on servers and networksAddresses SDN, with an emphasis on the network control planeDiscusses SDN implementation and the impact on service providers, legacy networks, and network vendorsContains a case study on Google's initial implementation of SDNInvestigates OpenFlow, the hand-in-glove partner of SDNLooks forward toward more programmable networks and the languages needed to manage these environmentsSoftware Defined Networking: Design and Deployment offers a unique perspective of the business case and technology motivations for considering SDN solutions. By identifying the impact of SDN on traffic management and the potential for network service growth, this book instills the knowledge needed to manage current and future demand and provisioning for SDN. PrefaceAbout the AuthorsList of AbbreviationsVirtualizationIntroductionVirtual MemoryVirtual Memory OperationVirtual and Physical Memory MappingServer VirtualizationImportance of Virtualizing ServersHypervisor Role in Server VirtualizationTypes of VirtualizationServer Virtualization in OperationStorage VirtualizationComputer Storage OperationNetwork-Attached StorageStorage-Area NetworksServer-Based Storage VirtualizationStorage-Network-Based Storage VirtualizationStorage-Controller-Based Storage VirtualizationSoftware Defined NetworkingIntroductionNetwork LimitationsNetwork Control PlaneForwarding FunctionNetwork State FunctionConfiguration FunctionSeparation of FunctionalityApplicationsSDN ImplementationIntroductionSDN DesignSeparation of the Control and Data PlanesEdge-Oriented NetworkingSDN OperationService Providers and SDNIntroductionTelecommunication SDN AttributesTelecommunication SDN ServicesSDN DevelopmentIntroductionExisting Network LimitationsProgrammable NetworksNetwork/Application InformationLegacy to SDNSDN Application ServicesService-Engineered PathService Appliance PoolingContent Request RoutingBandwidth CalendaringSocial NetworkingNetwork Vendors and SDNIntroductionCiscoVMwareJuniperOpenDaylightBig Switch NetworksGoogle and SDNIntroductionEarlier Network ManagementMotivation for SolutionNetwork TestingSimulating the Google WANGoogle and SDNGoogle's G-Scale NetworkGoogle's G-Scale Network HardwareGoogle SDN DeploymentImplementation ChallengesLessons LearnedOpenFlowIntroductionOverview of the OpenFlow Switch SpecificationOpenFlow PortsOpenFlow Packet-Processing PipelineOpenFlow ChannelMessage HandlingOpenFlow Channel ConnectionsController ModesAuxiliary Connection Use for Performance and ReliabilityFlow Table SynchronizationBundle MessagesOpenFlow Configuration-and-Management ProtocolRemote ConfigurationConnection Establishment Between Switch and ControllerOF-CONFIG Transport ProtocolThe Conformance Test Specification for OpenFlow Switch Specification 1.0.1The OpenFlow (TM) Conformance Testing ProgramSDN EvolutionIntroductionSDN and Enterprise NetworksSDN and Transport NetworksSDN and Optical Transport NetworksIncreasing WAN Utilization with SDNHow Scalable Are Software-Defined Networks?SDN Scalability IssuesController Designs for ScalabilityPotential SDN Scalability IssuesNetwork TypesNext StepsSDN ManagementNetwork State Queries Using FreneticNetwork Policy Creation Using FreneticConsistent Updates with FreneticElastic and Distributed SDN ControllersSwitch Migration Using the ElastiCon Distributed ControllerLoad AdaptationSummaryReferencesIndex