Uyless Black Optical Networks
The authoritative, practical introduction to the final MPLS standard!. Fully updated to cover the final, official MPLS standard. Presents detailed enterprise and service provider example scenarios. Includes up-to-the-minute coverage of QoS and MPLS-based VPNs.
Introduces the new Generalized MPLS and RSVP-TE protocolsMPLS will be at the heart of tomorrow's flexible, manageable, and cost-effective networks. MPLS and Label Switching Networks, Second Edition is the authoritative resource you need to understand MPLS technologies-and implement them for competitive advantage. Renowned communications consultant Uyless Black illuminates the final MPLS standard through practical examples and detailed diagrams, offering start-to-finish guidance on using MPLS to maximize network reliability, utilization, and performance. UYLESS BLACK is a widely respected telecommunications consultant and lecturer with extensive operations and implementation experience in both public and private networks. His clients include Nortel Networks, British Telecom, and major carriers throughout the United States, Europe, and Asia. His recent Prentice Hall PTR books include Optical Networks: Third Generation Transport Systems; Voice Over IP, Second Edition; IP Routing Protocols; and Networking 101.
He is also the creator of Uyless Black's Networking 101 Training Course (PTG Interactive). Preface.1. Introduction.What is Label Switching? Why Use Label Switching? Speed and Delay. Resource Consumption.
Route Control (Control of the Forwarding Path). Route Control Using. The ZIP Code Analogy. Why a Label Is Not an Address.
How Label Switching is Implemented and How it Came About. Clarification of Terms. The Need for a QOS-based Internet. Label Switching and QOS. The Contribution of Label Switching.
Label Switchings Legacy: X.25 and Virtual Circuits. The Logical Channel Number: Precursor to the Label.
Frame Relay and ATM: A Rose by Any Other Name Is Still a Rose. MPLS: Status and Concepts. Examples of Label and QOS Relationships. Determination of the Physical Path Through the Network: The Label Switched Path (LSP). Summary.2. Label Switching Basics.IP and MPLS Control and Data Planes. IP Control and Data Planes.
MPLS Control and Data Planes. The Forwarding Equivalence Class.
Scalability and Granularity. Granularity in Terabit Networks. Information Used in the Forwarding Decision.
Label Allocation Methods. Local and Remote Binding. Downstream and Upstream Binding. Control Operations Followed by Data Operations.
Label Space and Label Assignments. Execution of the Control Planes in a Label Switching Domain. Scenarios for Label Assignments. Relationships Between IP and MPLS Control Planes.
Examples of FEC and Label Correlations: The Label Switching Tunnel. Alternatives for Carrying the Label.
Label Swapping. Summary.3. Switching and Forwarding Operations.A Taxonomy of Switching and Forwarding Networks. Layer 2 Switching. Layer 3 Routing (Actually, Forwarding). Problem with IP Forwarding Operations.
Layer 3 Switching. Cache-Assisted Switching. Distributed Switching. Example of Layer 3 Switching. Layer 4 Switching. Label Switching/Swapping/Mapping. Layer 3 to Layer 2 Mapping.
At the Ingress LSR. At an Intermediate (Interior) LSR. At the Egress LSR. MPLS's Relationship to These Operations. IP Switching. Architecture of the IP Switch.
Uyless Black Optical Networks Free
Route-Server-Based Relaying. Route-Server-Based Operations.
Multiprotocol Over ATM (MPOA) and Next Hop Resolution Protocol (NHRP). Tag Switching. Forwarding Component. Tag Encapsulation.
Control Component. Tag Switching with ATM.
Quality of Service. Examples of Tag Switching Operations. Border (Edge) TSRs. Flow Classification. IPv6 Flow Operations. IPv4 Codepoint Operations.
MPLS and LDP. IPv6 Label Operations. Summary.4. MPLS Key Concepts.Major Attributes of MPLS. Network Model for Examples. Types of MPLS Nodes. Uniqueness of Labels.
MPLS Startup. Assigning Labels to FECs. Independent Control. Ordered Control.
Unsolicited and Solicited Label Distribution. Example of the Label Information Base (LIB).
Optical Networks By Uyless Black Pdf Free Download
Example of the Label Forwarding Information Base (LFIB). Liberal and Conservative Retention Modes.