MPLS : implementing the technology
著者
書誌事項
MPLS : implementing the technology
Addison-Wesley, c2001
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注記
Includes bibliographical references and index
内容説明・目次
内容説明
Multi Protocol Label Switching (MPLS) is a breakthrough that can simplify routing and enhance network performance in a wide variety of applications, notably VPNs, traffic engineering, and Quality of Service applications. Cisco Systems, IBM, and Toshiba are a few of the companies currently committed to support MPLS as a switching standard. This is the first complete, real-world guide to implementing MPLS. Written by a leader of the MPLS Forum standards community, it will be an invaluable resource for everyone charged with deploying or evaluating the technology. Discover how MPLS simplifies routing, helping network managers avoid congestion hot spots and build networks with lower latency and greater scalability. Gray reviews MPLS system architecture and shows how MPLS can be used in diverse network environments, including ATM, Frame Relay, SONFT, and Ethernet. Learn how to leverage MPLS in delivering real-world applications. The accompanying CD-ROM contains an HTML version of the book, animations to augment the diagrams in the book, as well as internet drafts and RFCs to illustrated the ideas in the text.
目次
(NOTE: All chapters conclude with References.)
Introduction.
About This Book.
Who Should Read This Book.
What You Need to Know Already.
How to Read This Book.
Acknowledgments.
I. AN OVERVIEW OF LABEL SWITCHING.
1. The Idea.
Label Switching.
Bridging, Switching and Label Switching.
A New Switching Paradigm.
Label Swapping.
Signaling Labels.
2. Brief History of MPLS.
Early Notions.
LAN Emulation.
Multi-Protocol over ATM.
Cell Switching Router.
Ipsilon's IP Switching.
TAG Switching, ARIS, and Other Proposals.
An MPLS Working Group.
Signaling Draft Development.
Encapsulation and Related Draft Development.
Framework, Architecture and Other General Draft Development.
Virtual Private Networks, Traffic Engineering, and Optimized Multipathing Draft Development.
3. Framework.
Requirements.
Relationship to Routing.
Relationship to Network Layer Protocols.
Relationship to Link Layer Protocols.
Benefits.
Simple Forwarding Paradigm.
Explicitly Routed LSPs.
Traffic Engineering.
Quality of Service.
Work Partitioning.
Routing Protocol Scalability.
Common Signaling.
Simplified Management.
Reduced Latency.
4. Architecture.
MPLS System Components.
Label Switching Router.
Label Switched Path.
Labeled Packets.
MPLS System Functions.
Label Distribution.
Merging.
Label Stack Manipulation.
Route Selection.
MPLS Operating Modes.
Label Allocation Modes.
Label Distribution Modes.
Label Retention Modes.
Control Modes.
Label Spaces.
5. Applicability.
General.
Encapsulation of Packets.
Signaling.
Hard-State verses Soft-State Protocols.
LDP.
CR-LDP.
RSVP-TE.
MPLS-BGP.
II. DETAILS OF THE STANDARD.
6. Implementation Alternatives.
Topology verses Flow.
Tunneling.
Peer to Peer Tunnels.
Explicit Route Tunnels.
Encapsulation.
Media Specifics.
Label Distribution.
Piggyback Label Distribution Using BGP.
Piggyback Label Distribution Using RSVP.
Label Distribution Protocol.
Loops and Loop Mitigation, Detection and Prevention.
Impact of Looping.
Loop Mitigation.
Loop Detection.
Loop Prevention.
7. Services.
Basic Services.
Using LDP.
Using BGP.
Quality of Service: Premium Services.
Using the Integrated Services Model.
Using the Differentiated Services Model.
Traffic Engineering.
The Role of MPLS.
How Traffic Engineering Works.
Traffic Trunk Attributes.
Resource Attributes.
Constraint Based Routing.
Path Establishment and Maintenance.
Load Distribution Using TE Traffic Trunks.
Fault Handling.
Approaches.
Virtual Private Networks.
Approaches.
Glossary.
Acronym Expansions.
Definitions.
Index.
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