book

Campus Network Design Fundamentals

Name: Campus Network Design Fundamentals
ISBN: 1587052229

by Diane Teare, Catherine Paquet

December 2005

Beginner

408 pages

8h 36m

English

Cisco Press

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Copyright
Dedications
About the Authors
About the Technical Reviewers
Acknowledgments
Icons Used in This Book
Introduction
I. Designing Networks
1. Network Design
What Is Design?Design PrinciplesDetermining RequirementsAnalyzing the Existing NetworkPreparing the Preliminary DesignCompleting the Final Design DevelopmentDeploying the NetworkMonitoring and RedesigningMaintaining Design DocumentationModular Network DesignWhat Is Modular Design?Hierarchical Network DesignAccess LayerDistribution LayerCore LayerLimitations of the Hierarchical ModelThe Cisco Enterprise Composite Network ModelEnterprise Campus Functional AreaCampus Infrastructure ModuleManagement ModuleServer ModuleEdge Distribution ModuleEnterprise Edge Functional AreaService Provider Edge Functional AreaSummaryEndnotes
II. Technologies: What you Need to know and why you Need to know it
2. Switching Design
Making the Business CaseSwitching TypesLayer 2 SwitchingLayer 3 SwitchingSpanning Tree ProtocolRedundancy in Layer 2 Switched NetworksSTP Terminology and OperationSTP TerminologySTP StatesSTP OptionsRapid STP (RSTP)Virtual LANsVLAN MembershipTrunksSTP and VLANsVLAN Trunking ProtocolInter-VLAN RoutingMultilayer Switching and Cisco Express ForwardingMultilayer SwitchingCisco Express ForwardingSwitching SecurityCatalyst Native SecurityCatalyst Hardware SecuritySwitching Design ConsiderationsSummaryEndnotes

3. Pv4 Routing Design
Making the Business CaseIPv4 Address DesignDetermining How Many IP Addresses Are RequiredUsing Private and Public Addresses and NATHow Routers Use Subnet MasksDetermining the Subnet Mask to UseHierarchical IP Address Design and SummarizationVariable-Length Subnet MasksIPv4 Routing ProtocolsClassifying Routing ProtocolsInterior and Exterior Routing ProtocolsDistance Vector, Link-State, and Hybrid Routing ProtocolsFlat and Hierarchical Routing ProtocolsClassful and Classless Routing ProtocolsMetricsConvergence TimeRoute SummarizationRouting Protocol ComparisonRouting Information Protocol, Versions 1 and 2Interior Gateway Routing ProtocolEnhanced Interior Gateway Routing ProtocolOpen Shortest Path FirstIntegrated Intermediate System-to-Intermediate SystemBorder Gateway Protocol Version 4IPv4 Routing Protocol SelectionChoosing Your Routing ProtocolRedistribution, Filtering, and Administrative DistanceSummaryEndnotes
4. Network Security Design
Making the Business CaseHackingTypes of HackersWhite-Hat HackersVulnerabilitiesDesign IssuesHuman IssuesImplementation IssuesThreatsReconnaissance AttacksAccess AttacksAccess SubterfugesInformation Disclosure AttacksSocial EngineeringPhishingDenial of Service AttacksMitigating TechnologiesThreat DefenseVirus protectionTraffic FilteringStatic Packet FilteringDynamic Packet FilteringIntrusion Detection and PreventionIntrusion Detection SystemsNetwork-Based IDSsHost-Based IDSsIntrusion Prevention SystemsTarget-Based Intrusion Detection SystemsContent FilteringURL FilteringE-mail FilteringSecure CommunicationEncrypted VPNSSLFile EncryptionTrust and IdentityAuthentication, Authorization, and AccountingNetwork Admission ControlPublic Key InfrastructureNetwork Security Best PracticesNetwork ManagementAssessment and AuditsPoliciesSAFE Campus DesignSummaryEndnotes
5. Wireless LAN Design
Making the Business CaseWireless Technology OverviewWireless StandardsWireless ComponentsWireless Access PointsIntegrated Access PointWireless Client DevicesUser Workstations and Laptops: Ad-Hoc NetworkPDAsWireless IP PhonesWireless SecurityWireless Security IssuesWireless Threat MitigationBasic Wireless SecuritySSIDsWired Equivalent PrivacyMAC Address VerificationEnhanced Wireless Security802.1xWi-Fi Protected Access802.11iWireless Intrusion DetectionWireless ManagementWireless Design ConsiderationsSite SurveyWLAN RoamingPoint-to-Point BridgingDesign Considerations for Wireless IP PhonesSummaryEndnotes
6. Quality of Service Design
Making the Business CaseQoS Requirements for Voice, Data, Video, and Other TrafficQoS ModelsIntServDiffServQoS ToolsClassification and MarkingClassificationMarkingPolicing and ShapingPolicing ToolsShaping ToolsCongestion AvoidanceCongestion ManagementLink-Specific ToolsAutoQoSQoS Design GuidelinesSummaryEndnotes
7. Voice Transport Design
What Is Voice Transport?DigitizationPacketization and Call ProcessingConversation and Control TrafficQuality of ServiceVoIP ComponentsIP Telephony ComponentsIP InfrastructureIP PhonesVideo TelephonyCall ProcessingApplicationsVoice GatewayVoice Coding and Compression TechniquesVoice CompressionVoice Activity DetectionCompressed Real-Time Transport ProtocolBandwidth RequirementsDefinitionsCalculating Trunk Capacity or BandwidthSignaling Traffic BandwidthIP Telephony DesignSingle-Site IP Telephony DesignMultisite Centralized IP Telephony DesignMultisite Distributed IP Telephony DesignVoice SecurityIP Telephony Network Security ConcernsAccess AttacksDenial of Service AttacksPlatform Security IssuesMitigating to Protect IP TelephonySummaryEndnotes
8. Content Networking Design
Making the Business CaseContent NetworkingContent Caches and Content EnginesTransparent CachingNontransparent CachingReverse Proxy CachingContent RoutingDirect ModeWCCP ModeContent Distribution and ManagementContent SwitchingDesigning Content NetworkingSchool CurriculumLive Video and Video on Demand for a CorporationSummaryEndnotes
9. Network Management Design
Making the Business CaseISO Network Management StandardNetwork Management Protocols and ToolsTerminologySNMPMIBRMONRMON 1RMON2RMON ExtensionsCisco NetFlowSyslogCiscoWorksOther ToolsManaging a NetworkNetwork Management StrategySLCs and SLAsIP Service-Level AgreementsNetwork Management DesignSummaryEndnotes
10. Other Enabling Technologies
IP MulticastInternet Group Management Protocol (IGMP) and Cisco Group Management Protocol (CGMP)Protocol Independent Multicast (PIM) Routing ProtocolIncreasing Network AvailabilityStorage NetworkingIP Version 6SummaryEndnotes
III. Designing Your Network: How to Apply What You Know
11. Case Study Context: Venti Systems
Background Information and ContextNetwork Requirements After Acquisitions Are CompleteSummary
12. Case Study Solution: Venti Systems
Design ModelHead OfficeEnterprise CampusEnterprise Edge and Service Provider EdgeBranch OfficeRemote UsersUser DevicesServersSwitchingHead-Office SwitchingBranch-Office SwitchingRemote User SwitchingSecurityHead-Office SecurityBranch-Office SecurityRemote User SecurityIP Addressing and Routing ProtocolHead-Office IP Addressing and Routing ProtocolBranch-Office IP Addressing and Routing ProtocolRemote User IP Addressing and Routing ProtocolE-MailHead-Office E-MailBranch-Office E-MailRemote User E-MailQoS and VoiceHead-Office QoS and VoiceBranch-Office QoS and VoiceRemote User QoS and VoiceWirelessHead-Office WirelessBranch-Office WirelessRemote User WirelessNetwork ManagementHead-Office Network ManagementBranch-Office Network ManagementRemote User Network ManagementFuture ConsiderationsSummaryEndnotes
IV. Appexdixes
A. References
B. Network Fundamentals
Introduction to NetworksProtocols and the OSI ModelThe OSI ModelProtocolsThe OSI LayersPhysical Layer (Layer 1)Data Link Layer (Layer 2)Network Layer (Layer 3)Transport Layer (Layer 4)Upper Layers (Layers 5 through 7)Communication Among OSI LayersLANs and WANsNetwork DevicesTerminology: Domains, Bandwidth, Broadcast, and MulticastHubsSwitchesRoutersIntroduction to the TCP/IP SuiteTCP/IP Transport Layer ProtocolsPort NumbersTCP Sequencing, Acknowledgment, and WindowingTCP/IP Internet Layer ProtocolsProtocolsIP DatagramsRoutingRouters Work at the Lower Three OSI LayersRouting TablesRouting ProtocolsAddressingPhysical and Logical AddressesRouting and Network Layer AddressesIP AddressesIP Address ClassesPrivate and Public IP AddressesSubnetsComprehensive ExampleSummary
C. Decimal-Binary Conversion
Decimal-to-Binary Conversion ChartDecimal NumbersBinary NumbersConverting Binary IP Addresses to DecimalConverting Decimal IP Addresses to Binary
D. Abbreviations

Content preview from Campus Network Design Fundamentals

Chapter 7. Voice Transport Design

This chapter discusses how to design the transport of voice within a network, and includes the following sections:

This chapter describes how voice can be transported along with other data within a network.

We first introduce why it would be advantageous to include voice in your network design. The mechanics of voice transport, including digitization, packetization, and call processing are explained. Quality of service (QoS) for voice is reviewed. The components required in a Voice over IP (VoIP) network and those in ...

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Transforming Campus Networks to Intent-Based Networking

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Campus Network Design Fundamentals

by Diane Teare, Catherine Paquet

Chapter 7. Voice Transport Design

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