[光学理论] Optical.Network.Control.Architecture.Protocols.And.Standards[chm]

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[光学理论] Optical.Network.Control.Architecture.Protocols.And.Standards[chm]
偶得好书

		Preface
		Chapter One.  Technology Overview
			Section 1.1.  Introduction
			Section 1.2.  Optical Transmission Systems
			Section 1.3.  Multiplexing, Grooming, and Switching
			Section 1.4.  Summary
		Chapter Two.  SONET and SDH Basics
			Section 2.1.  Introduction
			Section 2.2.  Time Division Multiplexing (TDM)
			Section 2.3.  Getting to Know the SONET and SDH Signals
			Section 2.4.  SONET/SDH Layering
		Chapter Three.  SONET and SDH: Advanced Topics
			Section 3.1.  Introduction
			Section 3.2.  All about Concatenation
			Section 3.3.  Link Capacity Adjustment Scheme
			Section 3.4.  Payload Mappings
			Section 3.5.  SONET/SDH Transparency Services
			Section 3.6.  When Things Go Wrong
			Section 3.7.  Summary
		Chapter Four.  Protection, Restoration, and Diversity in Optical Networks
			Section 4.1.  Introduction
			Section 4.2.  Linear Protection
			Section 4.3.  Ring-Based Protection
			Section 4.4.  Mesh Restoration
			Section 4.5.  Summary
		Chapter Five.  Modern Optical Network Control Plane
			Section 5.1.  Introduction
			Section 5.2.  Control Plane Architecture and Functional Model
			Section 5.3.  Control Plane Aspects in IP Networks
			Section 5.4.  Control of MPLS Networks
			Section 5.5.  Generalized MPLS (GMPLS)
			Section 5.6.  Control of ATM Networks: The P-NNI Protocols
			Section 5.7.  Summary
		Chapter Six.  Neighbor Discovery
			Section 6.1.  Introduction
			Section 6.2.  Types of Adjacencies and Discovery Procedures
			Section 6.3.  Protocol Mechanisms
			Section 6.4.  LMP
			Section 6.5.  Summary
		Chapter Seven.  Signaling for Connection Provisioning
			Section 7.1.  Introduction
			Section 7.2.  The ITU-T G.7713 Model
			Section 7.3.  GMPLS Signaling
			Section 7.4.  RSVP and RSVP-TE
			Section 7.5.  GMPLS Extensions to RSVP-TE
			Section 7.6.  P-NNI Signaling Adaptations for Optical Networks
			Section 7.7.  Summary
		Chapter Eight.  Signaling for Protection and Restoration
			Section 8.1.  Introduction
			Section 8.2.  Span Protection
			Section 8.3.  End-to-End Dedicated Mesh Protection
			Section 8.4.  End-to-End Shared Mesh Protection
			Section 8.5.  Discussion
			Section 8.6.  Summary
		Chapter Nine.  Routing Overview
			Section 9.1.  Introduction
			Section 9.2.  History of Routing
			Section 9.3.  Routing Protocol Basics
			Section 9.4.  Internet Routing Protocols
			Section 9.5.  P-NNI
			Section 9.6.  Summary
		Chapter Ten.  Intradomain Optical Routing
			Section 10.1.  Introduction
			Section 10.2.  Differences between IP and Optical Routing
			Section 10.3.  Routing with Physical Diversity
			Section 10.4.  Routing with Constraints
			Section 10.5.  Link Bundling
			Section 10.6.  Source Routing
			Section 10.7.  Optical Intradomain Routing
			Section 10.8.  Routing across Multiple Areas
			Section 10.9.  Issues
			Section 10.10.  Summary
		Chapter Eleven.  Route Computation and Path Selection
			Section 11.1.  Introduction
			Section 11.2.  Shortest Path Computation
			Section 11.3.  Routing with Simple Constraints
			Section 11.4.  Path Selection for Diversity
			Section 11.5.  Network Optimization
			Section 11.6.  Summary
		Chapter Twelve.  Interdomain Control
			Section 12.1.  Introduction
			Section 12.2.  Interdomain Control Requirements
			Section 12.3.  Domain Hierarchies
			Section 12.4.  Interdomain Routing
			Section 12.5.  Discovery Processes and Hierarchy
			Section 12.6.  Summary
		Chapter Thirteen.  Management Systems and the Control Plane
			Section 13.1.  Overview of Transport Systems Management
			Section 13.2.  Information Models
			Section 13.3.  Protocols for Systems Management
			Section 13.4.  Relationship with the Control Plane
			Section 13.5.  Summary
		Chapter Fourteen.  Optical Control Plane Internetworking
			Section 14.1.  Introduction
			Section 14.2.  Business Drivers and Inhibitors
			Section 14.3.  Different Standards: Competing or Complementary?
			Section 14.4.  Interoperability Status
			Section 14.5.  Deployment Issues
		Glossary
		Bibliography