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Library | Item Barcode | Call Number | Material Type | Item Category 1 | Status |
---|---|---|---|---|---|
Searching... | 30000010329061 | TK5105.383 J67 2014 | Open Access Book | Book | Searching... |
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Summary
Summary
Network Convergence: Ethernet Applications and Next Generation Packet Transport Architectures provides the guidance and solutions you'll need to understand Ethernet and emerging applications such as cloud computing and mobile apps, as well as large-scale retail and business deployments.
This reference starts with an overview of the Ethernet and existing broadband architectures, including XDSL, WIMAX, and VLANs. It moves on to cover next-generation networks and mobile architectures, as well as cloud computing. The book also addresses the convergence of optical, Ethernet and IP/MPLS layers, considered to be the backbone of next-generation packet transport architecture.
If you're a network designer or architect, a technical sales professional, or if you're pursuing technical certifications, you will benefit from Network Convergence 's fundamental information on this rapidly evolving technology.
Author Notes
Vinod Joseph, Juniper Network
Srinivas Mugulu, Nokia Siemens Networks
Table of Contents
Introduction | p. ix |
Chapter 1 Deploying Ethernet Multi-Point Services Using VPLS | p. 1 |
Introduction | p. 1 |
Virtual Private LAN Service (VPLS) | p. 1 |
Inter-Provider VPLS | p. 66 |
Conclusion | p. 70 |
Chapter 2 Understanding Advanced MPLS Layer 3 VPN Services | p. 73 |
Introduction | p. 73 |
MPLS Layer 3 VPNs | p. 73 |
MPLS Layer 3 Inter-AS VPNs | p. 103 |
Advanced Next Generation Multicast over Layer 3 VPNs | p. 176 |
Migration from Draft-Rosen to NG-MVPNs | p. 295 |
Summary | p. 323 |
Chapter 3 Provider Backbone Bridging with VPLS | p. 325 |
Introduction | p. 325 |
Operational Examples | p. 332 |
Conclusion | p. 392 |
Chapter 4 Scaling Packet Ethernet Services Using Seamless MPLS | p. 393 |
Introduction | p. 393 |
State of the Mobile Transport Industry | p. 393 |
Next Generation Mobile Transport Characteristics | p. 396 |
System Concept | p. 401 |
Transport Models | p. 404 |
Service Models | p. 412 |
Large Network, Inter-AS Design with IP/MPLS Access | p. 419 |
Large Network Inter-AS Design with Non-IP/MPLS Access | p. 424 |
Small Network, Integrated Core and Aggregation with IP/MPLS Access | p. 427 |
Small Network, Integrated Core, and Aggregation with Non-IP/MPLS Access | p. 429 |
Service Architecture | p. 430 |
Inter-Domain Hierarchical LSPs | p. 439 |
Inter-Domain LSPs for Multi-Area IGP Design | p. 439 |
Inter-Domain LSPs for Inter-AS Design | p. 444 |
Inter-Domain LSPs for Integrated Core and Aggregation Design | p. 450 |
Transport and Service Control Plane | p. 451 |
BGP Control Plane for Multi-Area IGP Design | p. 452 |
BGP Control Plane for Inter-AS Design | p. 454 |
BGP Control Plane for Integrated Core and Aggregation Design | p. 457 |
Quality of Service | p. 458 |
Synchronization Distribution | p. 461 |
Conclusion | p. 464 |
Chapter 5 QoS in Mobile IP Networks | p. 465 |
Introduction | p. 465 |
The First Generation Mobile Network | p. 465 |
The Second Generation Mobile Network | p. 465 |
The 2.5G Mobile Network | p. 468 |
The Third Generation Mobile Vision | p. 469 |
The Evolution toward 3G | p. 471 |
The Third Generation Evolution for GSM | p. 471 |
Converged NGN Infrastructure for Mobile Transport | p. 474 |
Third Generation Release 99 Overview | p. 476 |
Third Generation Release 4 Overview | p. 480 |
Third Generation Release 5/6 Overview | p. 483 |
Mobile Network RAN Access | p. 487 |
IPV6 in 3G Networks | p. 490 |
Overview of QoS and the 3GPP Standards | p. 493 |
3G Traffic Classes | p. 496 |
Bearer Service Attributes | p. 498 |
Mobile Network Protocol Stacks | p. 498 |
The lu Interface in the Circuit-Switched Domain | p. 508 |
Mobile Network Transport Framework | p. 509 |
Quality of Service Framework | p. 512 |
Conclusion | p. 524 |
Chapter 6 Emerging Trends in Packet Optical Convergence | p. 525 |
Introduction | p. 525 |
Basics about Optical Networks | p. 526 |
Optical Transmission Principles | p. 527 |
DWDM Transponders | p. 528 |
Multiplexers and De-Multiplexers | p. 529 |
Optical Add/Drop Multiplexers | p. 529 |
Overview of Fixed OADM & ROADM Technology | p. 530 |
The Optical Transport Network (OTN) | p. 536 |
Design Constraints and Initial Design Considerations for Fiber Optic Networks | p. 542 |
IPoDWDM | p. 546 |
Chapter 7 MPLS Transport Profile | p. 553 |
Introduction | p. 553 |
Why MPLS-TP? Why Now? | p. 553 |
IP/MPLS and MPLS-TP Inter-operability | p. 559 |
Overlay Model | p. 561 |
Peer Model | p. 568 |
Application Scenario: The Overlapping Interconnection Scenario of the L2/L3 VPN Bridging in the LTE Environment | p. 572 |
Application Scenario: The Peer-to-Peer Interconnection Scenario in the MS-PW Environment | p. 573 |
Index | p. 577 |