Cable Networks, Services, and Management ( IEEE Press Series on Networks and Services Management )

Publication series :IEEE Press Series on Networks and Services Management

Author: Mehmet Toy  

Publisher: John Wiley & Sons Inc‎

Publication year: 2014

E-ISBN: 9781119000327

P-ISBN(Hardback):  9781118837597

Subject: TN915.1 Digital Communication Network

Language: ENG

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Disclaimer: Any content in publications that violate the sovereignty, the constitution or regulations of the PRC is not accepted or approved by CNPIEC.

Description

This is the first book describing cable networks, services, and their management in greater detail by thirteen experts in various fields covering network architectures and services, operations, administration, maintenance, provisioning, troubleshooting (OAMPT) for residential services; network architectures, services, and OAMPT for business services; Software Defined Networks (SDN) and Virtualization concepts

  • Comprehensive reference book useful for people working for a multiple systems operator
  • Includes chapter introductions
  • Written by 13 experts in various fields such as network services and soft defined networks

Chapter

2.3 PACKETCABLE ARCHITECTURE AND SERVICES

2.4 IMS ARCHITECTURE AND SERVICES

2.4.1 IMS Architecture

2.4.2 Application Layer

2.4.3 Use Cases

2.5 IPTV ARCHITECTURE AND SERVICES

2.5.1 Architecture

2.5.2 Video Encryption and Digital Rights Management

2.5.3 Advertising Insertion

2.5.4 Emergency Alert Messaging

2.5.5 Closed Captioning and Accessibility

2.5.6 Sports Blackouts

2.6 CDN ARCHITECTURE AND SERVICES

2.6.1 Content Publishing

2.6.2 Content Caching and Delivery

2.6.3 Transcoding vs. Storage

2.6.4 Management and Reporting

2.7 CCAP ARCHITECTURES AND SERVICES

2.7.1 A Case for Continued Support of Modular Head-End Architecture

2.7.2 Mixed Access Technologies

2.7.3 RFoG and CCAP

2.7.4 Distributed Architectures

2.7.5 CCAP Migration and Deployment Considerations

2.7.6 Displacement or Augmentation: Transition Planning

2.8 WI-FI ARCHITECTURE AND SERVICES

2.8.1 New Air Interfaces

2.8.2 Hotspot 2.0

2.8.3 Handoff Algorithms

2.8.4 Radio Resource Management/Self-Organizing Networks for Wi-Fi

2.8.5 Home Wi-Fi Networks

2.8.6 Community Wi-Fi

2.8.7 Public Wi-Fi Hotspot

2.8.8 Cable Wi-Fi

2.9 CONCLUSION

REFERENCES

CHAPTER 3 OPERATIONS, ADMINISTRATION, MAINTENANCE, PROVISIONING, AND TROUBLESHOOTING FOR RESIDENTIAL SERVICES

3.1 INTRODUCTION

3.2 OPERATIONAL SYSTEMS AND MANAGEMENT ARCHITECTURES

3.2.1 Cable Modem Management

3.2.2 CMTS/CCAP Management

3.2.3 DOCSIS 3.1 Service and Network Management Overview

3.3 SERVICE ORDERS

3.3.1 Order Entry/Sales Channels

3.4 PROVISIONING

3.4.1 CM Provisioning and Software Updates

3.5 FAULT MANAGEMENT

3.5.1 Alarm Surveillance

3.5.2 Fault Localization

3.5.3 Fault Correction

3.5.4 Testing

3.6 PERFORMANCE MANAGEMENT

3.6.1 CMTS and CCAP Performance Metrics Collection

3.6.2 CM Performance Metric Collection

3.7 BILLING SYSTEMS AND FORMATS

3.7.1 Downstream Interfaces

3.7.2 Upstream Interfaces

3.7.3 Billing

3.7.4 Product Catalog

3.8 SECURITY

3.8.1 Security in DOCSIS 3.0/3.1

3.8.2 PacketCable Security

3.9 CONCLUSION

REFERENCES

CHAPTER 4 BUSINESS NETWORK ARCHITECTURES AND SERVICES

4.1 INTRODUCTION

4.2 METRO ETHERNET ARCHITECTURE AND SERVICES

4.2.1 Architecture

4.2.2 ETH Layer Characteristic Information (Ethernet Frame)

4.2.3 User-to-Network Interface

4.2.4 Ethernet Virtual Connection

4.2.5 UNI and EVC Attributes

4.2.6 External Network-to-Network Interface

4.2.7 Operator Virtual Connection

4.2.8 VUNI/RUNI

4.2.9 Class of Service

4.2.10 Services

4.2.11 Access EPL and EVPL

4.2.12 E-Access Services with Virtual Network Interface Device

4.2.13 OVC Services

4.3 DPoE ARCHITECTURE AND SERVICES

4.3.1 DOCSIS Provisioning of EPON

4.3.2 DPoE Standards

4.3.3 DPoE Services

4.4 EPoC ARCHITECTURE AND SERVICES

4.4.1 Architecture and Devices

4.4.2 Migration Strategies

4.5 BUSINESS VOICE

4.5.1 The Business Communications Service Portfolio

4.5.2 Hosted IP-Centrex Service

4.5.3 SIP Trunking Service

4.5.4 IMS Enhancements to Support Business Voice Services

4.5.5 3GPP Defines SIP-PBX Registration/Routing Procedures for IMS

4.5.6 SIP Forum SIPconnect1.1

4.5.7 PacketCable Enterprise SIP Gateway

4.5.8 Support of ESG in Broadband Forum TR-069

4.6 CONCLUSION

REFERENCES

CHAPTER 5 OPERATIONS, ADMINISTRATION, MAINTENANCE, PROVISIONING, AND TROUBLESHOOTING FOR BUSINESS SERVICES

5.1 INTRODUCTION

5.2 OPERATIONS SYSTEMS AND MANAGEMENT ARCHITECTURES

5.2.1 Requirements for Business Services Operations

5.2.2 Operations Systems Architecture

5.2.3 Operations Subsystems

5.2.4 Networks

5.2.5 Systems

5.2.6 Protocols

5.2.7 Security

5.2.8 Operations

5.2.9 Distributed Systems

5.2.10 Control and Centralization

5.2.11 SDNs and OAMPT

5.3 SERVICE ORDERS

5.3.1 Product Management

5.3.2 Service Order Management

5.3.3 Service Order Standards

5.3.4 Service Management across Operators

5.3.5 Service Order Depending on Service Type

5.3.6 Defining Services

5.3.7 Service Order Security

5.3.8 Wholesale Markets

5.4 PROVISIONING

5.4.1 Service Orders

5.4.2 Provisioning Interfaces

5.4.3 Pay for Play

5.4.4 Provisioning Protocols

5.4.5 SDN Provisioning

5.4.6 Network Systems Provisioning

5.4.7 Server Provisioning

5.4.8 NE Provisioning

5.4.9 Customer Premise Equipment Provisioning

5.4.10 Customer Equipment Provisioning

5.4.11 Application Systems Provisioning

5.4.12 Cloud Services Provisioning

5.4.13 Self-Service Provisioning

5.5 FAULT MANAGEMENT

5.5.1 IEEE 802.1ag SOAM Framework

5.6 PERFORMANCE MANAGEMENT

5.6.1 Performance Monitoring Solution Framework

5.7 BILLING SYSTEMS AND FORMATS

5.8 SECURITY

5.8.1 DPoE Security

5.8.2 EPoC Security

5.8.3 CCAP Security

5.8.4 IMS Security

5.9 CONCLUSION

REFERENCES

CHAPTER 6 FUTURE DIRECTIONS IN CABLE NETWORKS, SERVICES AND MANAGEMENT

6.1 INTRODUCTION

6.2 CLOUD SERVICES

6.2.1 Standards

6.2.2 Architecture

6.2.3 Service Deployment Architecture

6.2.4 Cloud Service Management

6.2.5 Security

6.2.6 Carrier Ethernet for Cloud Services

6.2.7 Intercloud Architecture

6.3 VIRTUALIZATION

6.3.1 Architecture

6.3.2 OAM

6.3.3 Security

6.3.4 Applications

6.4 NETWORK FUNCTIONS VIRTUALIZATION

6.5 SOFTWARE-DEFINED NETWORKS

6.5.1 Standards

6.5.2 SDN Building Blocks

6.5.3 OpenFlow

6.5.4 Representational State Transfer API

6.5.5 SDN Application in Optical Networks

6.5.6 SDN Application in Virtualized Centers

6.5.7 SDN Application in Carrier Ethernet Services

6.5.8 SDN Application in DOCSIS Networks

6.6 SELF-MANAGED NETWORKS

6.6.1 NE and NMS Architectures for Centrally Self-Managed Networks

6.6.2 iNE and iNMS Architectures

6.6.3 NE and NMS Architectures for Distributed Self-Managed Networks

6.6.4 NE and NMS Architectures for Self-Managed VNs

6.6.5 NE and NMS Architectures for Self-Managed SDN

6.6.6 In-Band Communications of Failure Types, Estimated Fix Time, and Fix

6.7 CONCLUSION

References

Index

EULA

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