Mobile backhaul
Comprehensive coverage of IP/MPLS/Ethernet backhaul technologies and solutions for 3GPP mobile network systems such as LTE, HSPA and GPRS Focusing on backhaul from a radio network viewpoint, Mobile Backhaul combines perspectives on mobile networks and transport network technologies, focusing on mobi...
| Otros Autores: | , |
|---|---|
| Formato: | Libro electrónico |
| Idioma: | Inglés |
| Publicado: |
Chichester, West Sussex :
John Wiley & Sons, Inc
2012.
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| Edición: | 1st edition |
| Materias: | |
| Ver en Biblioteca Universitat Ramon Llull: | https://discovery.url.edu/permalink/34CSUC_URL/1im36ta/alma991009627867006719 |
Tabla de Contenidos:
- -- Foreword xv
- Acknowledgements xvii
- List of Abbreviations xix
- List of Contributors xxxi
- 1 Introduction 1 / Esa Metsala, Juha Salmelin and Erik Salo
- 1.1 Why Read This Book 1
- 1.2 What is 'Mobile Backhaul' 2
- 1.3 Targets and Scope of the Book 3
- 1.4 Organization of the Book 3
- PART I MOBILE AND PACKET NETWORKS
- 2 Mobile Backhaul and the New Packet Era 7 / Erik Salo and Juha Salmelin
- 2.1 Backhaul Network, Tiers and Costs 7
- 2.2 Legacy Backhaul Networks 9
- 2.3 Drivers for the MBH Network Change 10
- 2.4 Packet Based Backhaul Networks 21
- 2.5 Making Transition to Packet Technology Networks 22
- 3 3GPP Mobile Systems 29 / Esa Metsala
- 3.1 3GPP 29
- 3.2 2G 33
- 3.3 3G 38
- 3.4 LTE 54
- 3.5 Summary 64
- 4 Packet Networks 68 / Esa Metsala
- 4.1 Mobile Backhaul Application 68
- 4.2 Standardization 73
- 4.3 Physical Interfaces 76
- 4.4 PPP and ML-PPP 80
- 4.5 Ethernet and Carrier Ethernet 83
- 4.6 IP and Transport Layer Protocols 92
- 4.7 MPLS/IP Applications 109
- 4.8 Summary 123
- 5 Backhaul Transport Technologies 128 / Jouko Kapanen, Jyri Putkonen and Juha Salmelin
- 5.1 Transport Systems 128
- 5.2 Wireless Backhaul Technology 138
- 5.3 Wire-Line Backhaul Technology 148
- 5.4 Aggregation and Backbone Tiers 155
- 5.5 Leased Line Services for Mobile Backhaul 156
- 5.6 Summary 163
- PART II MOBILE BACKHAUL FUNCTIONALITY
- 6 Synchronization 167 / Antti Pietilainen and Juha Salmelin
- 6.1 Cellular Networks Synchronization Requirements 167
- 6.2 Frequency Synchronization in TDM Networks 169
- 6.3 Frequency Synchronization in Packet Networks 172
- 6.4 Synchronization Metrics for TDM and Synchronous Ethernet 182
- 6.5 Packet Synchronization Fundamentals and Metrics 187
- 6.6 Rules of Thumb for Packet Timing Network Implementation 199
- 6.7 Time Synchronization 201
- 6.8 Conclusions 202
- 7 Resilience 204 / Esa Metsala
- 7.1 Introduction 204
- 7.2 Native Ethernet and Resilience 210
- 7.3 Carrier Grade Ethernet 214.
- 7.4 IP Layer 216
- 7.5 MPLS Resilience 224
- 7.6 Resilience in the BTS Access 231
- 7.7 Resilience in the Controllers and the Core Interface 244
- 7.8 Summary 247
- 8 QoS 250 / Thomas Dei, Jouko Kapanen, Esa Metsala and Csaba Vulkan
- 8.1 End User Service, Radio Network Layers and the Transport Layer Service 250
- 8.2 TCP and UDP as End User Transport Layer Protocols 255
- 8.3 DSCP, Traffic Class, and Priority Bits 263
- 8.4 Ingress and Egress Functions 275
- 8.5 2G 281
- 8.6 3G/HSPA 282
- 8.7 LTE 293
- 8.8 Summary 300
- 9 Security 303 / Esa Metsala and Jose Manuel Tapia Perez
- 9.1 Security in 3GPP Mobile Networks 303
- 9.2 Protection of the Backhaul 313
- 9.3 IP Layer Protection 316
- 9.4 IP Sec VPN Deployment 331
- 9.5 Summary 344
- 10 Packet Backhaul Solutions 346 / Erik Salo and Juha Salmelin
- 10.1 Creating a Packet Based MBH Solution 346
- 10.2 MBH Solution Starting Points 347
- 10.3 MBH Optimization Considerations 349
- 10.4 MBH Solution Alternatives 352
- 10.5 Outsourcing the MBH Network or Parts of it 360
- 10.6 Selecting MBH Access Solution for a Particular Case 363
- 10.7 From the Selected MBH Solution to Detailed Network Plans 368
- 10.8 Summary 369
- 11 Summary 370 / Esa Metsala and Juha Salmelin
- Index 373.
