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2001053088 contributor B8958945.
2001053088 contributor B8958946.
2001053088 created "c2002.".
2001053088 date "2002".
2001053088 date "c2002.".
2001053088 dateCopyrighted "c2002.".
2001053088 description "Includes bibliographical references (p. 193-196) and index.".
2001053088 description "Machine generated contents note: Chapter 1 --About This Book 1 -- Introduction 2 -- Integrating Switching and Routing 3 -- Advantages of BGP/MPLS VPNs 4 -- Privacy and Security 5 -- Customer Independence 6 -- Scalability and Stability 6 -- Management 7 -- Who Should Read This Book 7 -- Chapter 2 --Label Switching Alternatives 9 -- Overlay Models 9 -- Classical IP over ATM 9 -- Scalability 10 -- Integration Models 13 -- IP Switching 13 -- Data-Driven IP Switching 14 -- Topology-Driven IP Switching 15 -- Multiprotocol Label Switching (MPLS) 16 Chapter 3 --MPLS Architecture and Operation 17 -- Simplicity of Operation-Labels 17 -- Decoupling Control and Forwarding 18 -- Forwarding Equivalency Classes (FECs) and Label imposition 19 -- Advantages of MPLS over Legacy Network Layer Forwarding 21 -- MPLS Architecture Examples 23 -- MPLS Data Structures 26 -- Penultimate Hop Popping 30 -- Label Encapsulation 31 -- The Label Stack (Generic Label Encapsulation/Shim Header) 32 -- Encoding the Label Stack 32 -- Label-Switched Paths (LSPs) 34 -- Tunnels and Hierarchy 34 -- Determining the Network Layer Protocol 36 -- Processing the TTL Field 37 -- IP-Dependent Rules 38 -- Translating between Different Encapsulations 38 -- Case 1 (Figure 3-12): 38 -- Case 2 (Figure 3-13): 39 -- Case 3 (Figure 3-14): 40 -- Fragmentation and Path MTU Discovery 43 -- Transporting Labeled Packets over PPP 46 -- Transporting Labeled Packets over LAN Media 47 -- Alternative Label Encapsulation Techniques 48 -- Overlay vs. Label-Encoded 48 -- Encapsulating Top Labels with ATM 50 -- Using the VPI/VCI Field on Different Connection Types 51 -- Direct Connection 53 -- Connection via a VP Tunnel 54 -- Connection via SVC 54 -- Label Binding Procedures with ATM-LSRs 55 -- Encapsulation 55 -- VC-Merge 57 -- Manipulating the TTL Field 58 -- Labels and Label Distribution Methods 59 -- LDP-The Label Distribution Protocol 59 -- LDP Operation 61 -- LDP Protocol Structure 61 -- Label Distribution-Downstream vs. Downstream-on-Demand 65 -- Ordered vs. Independent LSP Control 67 -- Loop Detection 69 -- LDP Extended Discovery 71 -- Label Distribution Protocols for TE 71 -- Why Use MPLS TE? 71 -- Distributing Labels with RSVP 73 -- Introduction to RSVP 73 -- Augmenting RSVP with MPLS Features (MPLS-RSVP) 74 -- Summary of RSVP Attributes 77 -- Extensions to LDP (CR-LDP) 77 -- Chapter 4 --Introduction to Virtual Private Networks 81 --It's All about Connectivity81 -- A Taxonomy of VPNs 86 -- Hub-and-Spoke vs. Fully-Meshed 86 -- IPSec 88 -- Other VPN Technologies 88 -- MPLS VPN 88 -- Feature Matrix 89 -- Overlay Model-Layer 2 VPNs 90 -- The Peer Model-Layer 3 VPNs 95 -- Chapter 5 --Components of MPLS VPNs 101 --Introduction to the Border Gateway Protocol (BGP-4) 101 -- Why Use Multiprotocol BGP-4 for MPLS VPNs? 105 -- Chapter 6 --Details of MPLS VPNs 107 -- Definition of BGP/MPLS VPNs 107 -- Terminology 109 -- Route Distribution 115 -- RDs and the VPN-IPv4 Address Family 115 -- Route Targets (RTs) 118 -- Route Distribution among PE Routers 122 -- Route Exchange between PE and CE Routers 129 -- Topologies 132 -- VPN Sites with Optimal Inter-VPN Routing 133 -- VPN Sites with Hub-and-Spoke Routing 133 -- Internet Routing 137 -- Internet Access at Customer Site 137 -- Internet Access handled by Service Provider 137 -- Network Address Translation (NAT) 140 -- Scalability 141 -- Route Reflectors (RRs) 141 -- Adding New Sites to a VPN 145 -- BGP Update Filtering 145 -- Outbound Route Filters (ORFs) 146 -- Carrier's Carrier (CsC) 147 -- Chapter 7 --MPLS VPN Applications 153 --Enterprise VPN Services 153 -- ADSL VPNS 154 -- DSL Technology Overview 154 -- Connection Paradigm 156 -- ADSL IP VPNs 156 -- Routing 159 -- Cable Access VPNs 160 -- Cable Technology Overview 160 -- Connection Paradigm 162 -- Cable IP VPNs 163 -- Mobile Wireless VPNs 166 -- GPRS Technology Overview 166 -- Dial Access IP VPNs 172.".
2001053088 extent "xiv, 200 p. :".
2001053088 identifier "0130282251".
2001053088 identifier 2001053088.html.
2001053088 isPartOf "Prentice Hall series in computer networking and distributed systems".
2001053088 issued "2002".
2001053088 issued "c2002.".
2001053088 language "eng".
2001053088 publisher "Upper Saddle River, N.J. : Prentice Hall,".
2001053088 subject "004.6/2 21".
2001053088 subject "Extranets (Computer networks)".
2001053088 subject "MPLS standard.".
2001053088 subject "TK5105.573 .T66 2002".
2001053088 tableOfContents "Machine generated contents note: Chapter 1 --About This Book 1 -- Introduction 2 -- Integrating Switching and Routing 3 -- Advantages of BGP/MPLS VPNs 4 -- Privacy and Security 5 -- Customer Independence 6 -- Scalability and Stability 6 -- Management 7 -- Who Should Read This Book 7 -- Chapter 2 --Label Switching Alternatives 9 -- Overlay Models 9 -- Classical IP over ATM 9 -- Scalability 10 -- Integration Models 13 -- IP Switching 13 -- Data-Driven IP Switching 14 -- Topology-Driven IP Switching 15 -- Multiprotocol Label Switching (MPLS) 16 Chapter 3 --MPLS Architecture and Operation 17 -- Simplicity of Operation-Labels 17 -- Decoupling Control and Forwarding 18 -- Forwarding Equivalency Classes (FECs) and Label imposition 19 -- Advantages of MPLS over Legacy Network Layer Forwarding 21 -- MPLS Architecture Examples 23 -- MPLS Data Structures 26 -- Penultimate Hop Popping 30 -- Label Encapsulation 31 -- The Label Stack (Generic Label Encapsulation/Shim Header) 32 -- Encoding the Label Stack 32 -- Label-Switched Paths (LSPs) 34 -- Tunnels and Hierarchy 34 -- Determining the Network Layer Protocol 36 -- Processing the TTL Field 37 -- IP-Dependent Rules 38 -- Translating between Different Encapsulations 38 -- Case 1 (Figure 3-12): 38 -- Case 2 (Figure 3-13): 39 -- Case 3 (Figure 3-14): 40 -- Fragmentation and Path MTU Discovery 43 -- Transporting Labeled Packets over PPP 46 -- Transporting Labeled Packets over LAN Media 47 -- Alternative Label Encapsulation Techniques 48 -- Overlay vs. Label-Encoded 48 -- Encapsulating Top Labels with ATM 50 -- Using the VPI/VCI Field on Different Connection Types 51 -- Direct Connection 53 -- Connection via a VP Tunnel 54 -- Connection via SVC 54 -- Label Binding Procedures with ATM-LSRs 55 -- Encapsulation 55 -- VC-Merge 57 -- Manipulating the TTL Field 58 -- Labels and Label Distribution Methods 59 -- LDP-The Label Distribution Protocol 59 -- LDP Operation 61 -- LDP Protocol Structure 61 -- Label Distribution-Downstream vs. Downstream-on-Demand 65 -- Ordered vs. Independent LSP Control 67 -- Loop Detection 69 -- LDP Extended Discovery 71 -- Label Distribution Protocols for TE 71 -- Why Use MPLS TE? 71 -- Distributing Labels with RSVP 73 -- Introduction to RSVP 73 -- Augmenting RSVP with MPLS Features (MPLS-RSVP) 74 -- Summary of RSVP Attributes 77 -- Extensions to LDP (CR-LDP) 77 -- Chapter 4 --Introduction to Virtual Private Networks 81 --It's All about Connectivity81 -- A Taxonomy of VPNs 86 -- Hub-and-Spoke vs. Fully-Meshed 86 -- IPSec 88 -- Other VPN Technologies 88 -- MPLS VPN 88 -- Feature Matrix 89 -- Overlay Model-Layer 2 VPNs 90 -- The Peer Model-Layer 3 VPNs 95 -- Chapter 5 --Components of MPLS VPNs 101 --Introduction to the Border Gateway Protocol (BGP-4) 101 -- Why Use Multiprotocol BGP-4 for MPLS VPNs? 105 -- Chapter 6 --Details of MPLS VPNs 107 -- Definition of BGP/MPLS VPNs 107 -- Terminology 109 -- Route Distribution 115 -- RDs and the VPN-IPv4 Address Family 115 -- Route Targets (RTs) 118 -- Route Distribution among PE Routers 122 -- Route Exchange between PE and CE Routers 129 -- Topologies 132 -- VPN Sites with Optimal Inter-VPN Routing 133 -- VPN Sites with Hub-and-Spoke Routing 133 -- Internet Routing 137 -- Internet Access at Customer Site 137 -- Internet Access handled by Service Provider 137 -- Network Address Translation (NAT) 140 -- Scalability 141 -- Route Reflectors (RRs) 141 -- Adding New Sites to a VPN 145 -- BGP Update Filtering 145 -- Outbound Route Filters (ORFs) 146 -- Carrier's Carrier (CsC) 147 -- Chapter 7 --MPLS VPN Applications 153 --Enterprise VPN Services 153 -- ADSL VPNS 154 -- DSL Technology Overview 154 -- Connection Paradigm 156 -- ADSL IP VPNs 156 -- Routing 159 -- Cable Access VPNs 160 -- Cable Technology Overview 160 -- Connection Paradigm 162 -- Cable IP VPNs 163 -- Mobile Wireless VPNs 166 -- GPRS Technology Overview 166 -- Dial Access IP VPNs 172.".
2001053088 title "MPLS-based VPNs : designing advanced virtual networks / Peter Tomsu and Gerhard Wieser.".
2001053088 type "text".