Third Networks and Services 1st Edition by Mehmet T Toy, Hakki Candan Cankaya ISBN 163081430X 9781630814304

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Product details:

ISBN 10: 163081430X 

ISBN 13: 9781630814304

Author: Mehmet T. Toy; Hakki Candan Cankaya

Table of contents:

CHAPTER 1. Introduction and Overview
1.1 Introduction
1.2 Basic Ethernet
1.3 Synchronization
1.4 Pseudowires
1.5 Protection
1.6 Carrier Ethernet Architectures and Services
1.7 Carrier Ethernet Traffic Management
1.8 Ethernet Operations, Administration and Maintenance (OAM)
1.9 Circuit Emulation
1.10 Ethernet Local Management Interface
1.11 Provider Backbone Transport
1.12 T-MPLS and MPLS-TP
1.13 Virtual Private LAN Services
1.14 Information Modeling
1.15 The Third Network

CHAPTER 2. Basic Ethernet
2.1 Introduction
2.2 CSMA/CD
2.3 Full Duplex, PAUSE, Autonegotiation
2.4 Repeaters and Hubs
2.5 Bridges
2.6 Switches
2.7 Physical Layer
 2.7.1 10-Mbps Ethernet
 2.7.2 Fast Ethernet
 2.7.3 Gigabit Ethernet
 2.7.4 10-Gb, 40-Gb, and 100-Gb Ethernet
 2.7.5 LAN PHY
 2.7.6 LAN PHY/WAN PHY Sublayers
2.8 Temperature Hardening
2.9 Standards
2.10 Ethernet Frame Types and the EtherType Field
 2.10.1 Ethernet Frames
 2.10.2 Ethernet Address
 2.10.3 Ethernet II or DIX
 2.10.4 IEEE 802.3
 2.10.5 IEEE 802.2
 2.10.6 SNAP
2.11 Conclusion
References

CHAPTER 3. Synchronization
3.1 Introduction
3.2 Application Requirements
3.3 Synchronization Standards
3.4 NTP/SNTP
3.5 Precision Time Protocol (IEEE 1588)
3.6 Synchronous Ethernet Networks
 3.6.1 Clocking Methods for Synchronization
 3.6.2 Impact of Packet Network Impairments on Synchronization
 3.6.3 Stabilization Period
 3.6.4 IWF Synchronization Function
 3.6.5 PRC
 3.6.6 Operation Modes
 3.6.7 Frequency Accuracy of Slave Clock
 3.6.8 EEC
3.7 Conclusion
References

CHAPTER 4. Pseudowires
4.1 Introduction
4.2 Protocol Layers
4.3 Payload Types
4.4 Pseudowire Architectures
 4.4.1 PWE3 Preprocessing
 4.4.2 Payload Convergence Layer
 4.4.3 PW Demultiplexer Layer and PSN
 4.4.4 Maintenance Reference Model
4.5 Control Plane
 4.5.1 PWE3 over an IP PSN
 4.5.2 PWE3 over an MPLS PSN
4.6 Multisegment Architecture
4.7 Multisegment Pseudowire Setup Mechanisms
 4.7.1 LDP SP-PE TLV
4.8 Resiliency
4.9 Quality of Service and Congestion Control
4.10 Operations and Maintenance
4.11 Security
4.12 Conclusion
References

CHAPTER 5. Ethernet Protection
5.1 Introduction
5.2 APS Entities
5.3 Linear Protection
 5.3.1 1 + 1 Protection Switching
 5.3.2 1:1 Protection Switching
 5.3.3 Protection Switching Triggers
 5.3.4 APS PDU Format
5.4 Ring Protection
 5.4.1 Protection Switching
5.5 Link Aggregation
 5.5.1 LAG Objectives
 5.5.2 Link Aggregation Operation
 5.5.3 LACP
 5.5.4 Limitations
5.6 Conclusion
References

CHAPTER 6. Carrier Ethernet Architecture and Services
6.1 Introduction
6.2 Architecture
 6.2.1 Protocol Stack
 6.2.2 ETH Layer Characteristic Information (Ethernet Frame)
 6.2.3 ETH Layer Functions
 6.2.4 ETH Links
6.3 Interfaces and Types of Connections
 6.3.1 UNI
 6.3.2 Ethernet Virtual Connection
 6.3.3 External Network-Network Interface (ENNI)
 6.3.4 Operator Virtual Connection
 6.3.5 VUNI/RUNI
6.4 EVC Services and Attributes
 6.4.1 Ethernet Service Types
 6.4.2 Ethernet Service Definitions
 6.4.3 Common Attributes for EVC Services
 6.4.4 E-Line Services Attributes and Parameters
 6.4.5 E-LAN Services Attributes and Parameters
 6.4.6 E-Tree Services Attributes and Parameters
6.5 OVC Services and Attributes
 6.5.1 Operator Services Attributes
6.6 Single CEN and Multi-CEN L2CP (Processing for Single CEN and Multi-CEN)
6.7 Conclusion
References

CHAPTER 7. Carrier Ethernet Traffic Management
7.1 Introduction
7.2 Policing
7.3 Queuing, Scheduling, and Flow Control
7.4 Three-CoS Model
7.5 Service-Level Agreements
 7.5.1 Frame Delay Performance
 7.5.2 Frame Delay Range Performance
 7.5.3 Mean Frame Delay Performance
 7.5.4 Frame Delay Variation
 7.5.5 Frame Loss Ratio
7.6 SLSs
 7.6.1 Multipoint CoS Performance Objectives
 7.6.2 Focused Overload
7.7 Application-CoS-Priority Mapping
 7.7.1 CoS Identification
 7.7.2 PCP and DSCP Mapping
7.8 Bandwidth Profile
 7.8.1 Bandwidth Profile Algorithms
 7.8.2 Models and Use Cases for Bandwidth Profiles
7.9 CBS Values, TCP, and Shaping
7.10 Conclusion
References
Bibliography

CHAPTER 8. Carrier Ethernet Operation, Administration, Management, and Performance (OAM)
8.1 Introduction
8.2 Link OAM
8.3 Service OAM
8.4 Maintenance Entities
8.5 Maintenance Points
8.6 OAM Addressing and Frame Format
8.7 Continuity Check Message (CCM)
8.8 Loopback and Reply Messages (LBM and LBR)
8.9 Link Trace and Reply Messages (LTM and LTR)
8.10 Ethernet Alarm Indication Signal (ETH-AIS)
8.11 Ethernet Remote Defect Indication (ETH-RDI)
8.12 Ethernet Locked Signal (ETH-LCK)
8.13 Performance Measurements
8.14 Performance Monitoring
8.15 Frame Loss Measurements
8.16 Availability
8.17 Frame Delay Measurements
8.18 Interframe Delay Variation Measurements
8.19 Testing
 8.19.1 Y.1731 Testing
 8.19.2 RFC 2544
 8.19.3 Complete Service Testing
 8.19.4 Service Activation Testing
 8.19.5 SAT Control Protocol and Messages
8.20 Performance Monitoring Solutions
8.21 Security
8.22 OAM Bandwidth
8.23 Conclusion
References

CHAPTER 9. Circuit Emulation Services
9.1 Introduction
9.2 Circuit Emulation Functions
9.3 Adaptation Function Headers
9.4 Synchronization
9.5 TDM Application Signaling
9.6 CESoETH Defects and Alarms
9.7 Performance Monitoring of CESoETH
9.8 CESoETH Service Configuration
9.9 Conclusion
References

CHAPTER 10. Carrier Ethernet Local Management Interface
10.1 Introduction
10.2 E-LMI Messages
10.3 E-LMI Message Elements
10.4 E-LMI System Parameters and Procedures
 10.4.1 Periodic Polling Process
10.5 UNI-C and N Procedures
10.6 Conclusion
References

CHAPTER 11. Provider Bridges, Provider Backbone Bridges, and Provider Backbone Transport
11.1 Introduction
11.2 IEEE 802.1AB
 11.2.1 Architecture
 11.2.2 Principles of Operation
 11.2.3 802.1AB Frame Format
11.3 Provider Backbone Bridges
 11.3.1 802.1ah Frame Format
 11.3.2 PBB Principles of Operation
 11.3.3 Provider Backbone Bridge Network
11.4 Provider Backbone Transport
 11.4.1 Principles of Operation
 11.4.2 End-to-End Carrier Ethernet with Multiple PBT Domains and Single Domain
 11.4.3 PBB-TE Network
 11.4.4 PBT: MPLS Internetworking
11.5 Conclusion
References

CHAPTER 12. Transport MPLS
12.1 Introduction
12.2 Differences from MPLS
12.3 Architecture
 12.3.1 T-MPLS Interfaces
12.4 T-MPLS Frame Structure
12.5 T-MPLS Networks
 12.5.1 T-MPLS Protection
12.6 Conclusion
References

CHAPTER 13. MPLS Transport Profile
13.1 Introduction
13.2 Frame Format
13.3 Architecture
 13.3.1 Data Plane
 13.3.2 MPLS-TP Router Types
 13.3.3 Service Interfaces
 13.3.4 IP Transport Service
 13.3.5 Generic Associated Channel
 13.3.6 Control Plane
 13.3.7 Network Management
13.4 OAM
 13.4.1 OAM Hierarchy
 13.4.2 OAM Functions for Proactive Monitoring
 13.4.3 Data Plane Loopback, RDI, AIS
 13.4.4 Client Failure Indication, Route Tracing, and Lock Instruct
13.5 Protection Switching
13.6 Security Considerations
13.7 Conclusion
References

CHAPTER 14. Virtual Private LAN Services
14.1 Introduction
14.2 Data Plane
 14.2.1 VPLS Encapsulation
 14.2.2 Classification and Forwarding
 14.2.3 MAC Address Learning and Aging
14.3 LDP-Based VPLS
 14.3.1 Flooding, Forwarding, and Address Learning
 14.3.2 Tunnel Topology
 14.3.3 Discovery
 14.3.4 LDP-Based Signaling
 14.3.5 Data Forwarding on an Ethernet PW
 14.3.6 Hierarchical VPLS
14.4 BGP Approach
 14.4.1 Auto-Discovery
 14.4.2 Signaling
 14.4.3 BGP VPLS Operation
 14.4.4 Multi-AS VPLS
 14.4.5 Hierarchical BGP VPLS
14.5 Security
14.6 External Network-Network Interface
14.7 Conclusion
References

CHAPTER 15. Information Modeling
15.1 Introduction
15.2 Information Modeling of Carrier Ethernet Services for EMS and NMS
 15.2.1 Management of EVC, OVC and ELMI and Discovery of Ethernet
 15.2.2 Carrier Ethernet Service OAM Configuration
 15.2.3 Carrier Ethernet Service Performance Management
 15.2.4 Carrier Ethernet Fault Management
 15.2.5 Common Management Objects for Carrier Ethernet Services
 15.2.6 Class Diagrams of ITU-T Q.840.1 Carrier Ethernet Management Entities
 15.2.7 Carrier Ethernet Management Entities
 15.2.8 ENNI and Virtual UNI Related Objects
 15.2.9 Fault Management Objects
 15.2.10 Performance Monitoring Objects
 15.2.11 ENNI and OVC MIBs
 15.2.12 SOAM FM MIB
 15.2.13 SOAM PM MIB
15.3 Service-Level Information Modeling
 15.3.1 EVC
 15.3.2 OVC
 15.3.3 Carrier Ethernet External Interface
 15.3.4 UNI
 15.3.5 ENNI
 15.3.6 ENNI Service
 15.3.7 Egress Equivalence Class Identifier
15.4 YANG Models for Carrier Ethernet Services
 15.4.1 SOAM YANG CFM Module
 15.4.2 SOAM FM YANG Module
 15.4.3 PM YANG Module
15.5 Network Resource Model for Carrier Ethernet Services
15.6 Conclusion
References

CHAPTER 16. Third Network
16.1 Introduction
16.2 Life-Cycle Service Orchestration
16.3 LSO Management Abstractions and Constructs
16.4 Virtualization
16.5 Network Virtualization
16.6 Virtualized Carrier Ethernet Services
 16.6.1 Components of Virtualized Carrier Ethernet Services
 16.6.2 Service Chaining for EPL
16.7 Cloud Services Architectures
 16.7.1 Protocol Stacks and Interfaces
 16.7.2 Cloud Services
 16.7.3 Network as a Service
 16.7.4 Infrastructure as a Service
 16.7.5 Security as a Service
 16.7.6 Platform as a Service
 16.7.7 Software as a Service
 16.7.8 Communication as a Service
16.8 Conclusion

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