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Fundamentals Ser.: MPLS Fundamentals by Luc De Ghein (2006, Perfect)
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About this product
Product Information
MPLS has emerged as the new networking layer for service providers throughout the world. For many service providers and enterprises MPLS is a way of delivering new applications on their IP networks, while consolidating data and voice networks. MPLS has grown to be the new default network layer for service providers and is finding its way into enterprise networks as well. As opposed to the other books from Cisco Press on MPLS, this book focuses on the building blocks of MPLS (forwarding packets, LDP, MPLS and QoS, CEF, etc.) and not on a specific MPLS applications (MPLS VPN or MPLS Traffic Engineering). MPLS Fundamentals provides readers with a basic understanding of MPLS and its applications. Readers receive a comprehensive overview of all the aspects of MPLS, including its applications and a perspective on the future of MPLS.Product Identifiers
PublisherCisco Press
ISBN-101587051974
ISBN-139781587051975
eBay Product ID (ePID)48675560
Product Key Features
Number of Pages672 Pages
Publication NameMpls Fundamentals
LanguageEnglish
SubjectNetworking / General
Publication Year2006
TypeTextbook
AuthorLuc De Ghein
Subject AreaComputers
SeriesFundamentals Ser.
FormatPerfect
Dimensions
Item Height1.6 in
Item Weight39 Oz
Item Length9.2 in
Item Width7.4 in
Additional Product Features
LCCN2004-101984
Dewey Edition22
Target AudienceScholarly & Professional
IllustratedYes
Dewey Decimal004.6/6
Lc Classification NumberTk5105.573.D43 2007
Table of ContentIntroduction Part I: Fundamentals of MPLS Chapter 1 The Evolution of MPLS Definition of MPLS Pre-MPLS Protocols Benefits of MPLS Bogus Benefit The Use of One Unified Network Infrastructure Better IP over ATM Integration BGP-Free Core Peer-to-Peer VPN Model Versus Overlay VPN Model0 Overlay VPN Model0 Peer-to-Peer VPN Model Optimal Traffic Flow Traffic Engineering History of MPLS in Cisco IOS Tag Switching to MPLS MPLS Applications Summary Chapter Review Questions Chapter 2 MPLS Architecture Introducing MPLS Labels Label Stacking Encoding of MPLS MPLS and the OSI Reference Model Label Switch Router Label Switched Path Forwarding Equivalence Class Label Distribution Piggyback the Labels on an Existing IP Routing Protocol Running a Separate Protocol for Label Distribution Label Distribution with LDP Label Forwarding Instance Base MPLS Payload MPLS Label Spaces Different MPLS Modes Label Distribution Modes Label Retention Modes LSP Control Modes Summary Chapter Review Questions Chapter 3 Forwarding Labeled Packets Forwarding of Labeled Packets Label Operation IP Lookup Versus Label Lookup Load Balancing Labeled Packets Unknown Label Reserved Labels Implicit NULL Label Explicit NULL Label Router Alert Label OAM Alert Label Unreserved Labels TTL Behavior of Labeled Packets TTL Behavior in the Case of IP-to-Label or Label-to-IP TTL Behavior in the Case of Label-to-Label TTL Expiration MPLS MTU MPLS MTU Command Giant and Baby Giant Frames Giant Frames on Switches MPLS Maximum Receive Unit Fragmentation of MPLS Packets Path MTU Discovery Summary Chapter Review Questions Chapter 4 Label Distribution Protocol LDP Overview LDP Operation The Discovery of LSRs That Are Running LDP LDP Session Establishment and Maintenance Number of LDP Sessions Advertising of Label Mappings Label Withdrawing Housekeeping by Means of Notification Targeted LDP Session LDP Authentication Controlling the Advertisement of Labels via LDP MPLS LDP Inbound Label Binding Filtering LDP Autoconfiguration MPLS LDP-IGP Synchronization How MPLS LDP-IGP Synchronization Works MPLS LDP-IGP Synchronization Configuration MPLS LDP Session Protection Summary Chapter Review Questions Chapter 5 MPLS and ATM Architecture Brief Introduction to ATM Label Encoding Label Advertisement Downstream-on-Demand Label Advertisement LDP Control Mode for ATM LDP for LC-ATM Label Space Loop Detection by LDP Loop Detection by Hop Count TLV &nbs
