长期演进技术与长期演进技术升级版：4G网络无线接口 Lte & Lte Advanced: 4G Network Radio Interface

基本信息

Format:Hardback 370 pages

Publisher:ISTE Ltd and John Wiley & Sons Inc

Imprint:ISTE Ltd and John Wiley & Sons Inc

ISBN:9781848218444

Published:13 Nov 2015

Weight:716g

Dimensions:167 x 241 x 27 (mm)

页面参数仅供参考，具体以实物为准

书籍简介●

本书基于 3GPP 规范第 8、9 和 10 版，介绍了移动 4G、LTE 和 LTE Advanced 两种无线网络接口的技术特性。

涵盖的要点包括无线电接口各个组件的详细描述。 RRC 信令消息用于建立连接、实现安全、寻呼、建立和释放和默认支持以及切换。 PDCP确保传输的安全性并允许切换期间的恢复和标头的压缩。 RLC 协议定义了有或没有确认的传输模式。 MAC协议决定随机接入、数据传输、定时提前、调度和间断接收。 物理层包括复用方法（时间、频率和空间）以及各种信号和物理信道的描述。

This book presents the technical characteristics of the two radio network interfaces of mobile 4G, LTE and LTE Advanced, based on Release 8, 9 and 10 of the 3GPP specifications.

Points covered include a detailed description of various components of the radio interface. RRC signaling messages used to establish the connection, enabling the security, the paging, the establishment and the release of dedicated and default support and the handover. The PDCP ensures the security of the transmission and allows the recovery during handover and the compression of the headers. The RLC protocol defines the transmission modes with or without acknowledgment. The MAC protocol determines the random access, the data transfer, the timing advance, the scheduling and the discontinuous reception. The physical layer includes a description of the methods of multiplexing (time, frequency and space) and the various signals and physical channels.

作者简介

安德烈·佩雷斯 (André Perez) 是网络和电信领域的顾问和教师。 他与实业家和运营商合作进行架构研究，并领导 NEXCOM 的 4G 和 IMS 网络培训。

André Perez is a consultant and teacher in networks and telecommunications. He works with industrialists and operators regarding architecture studies and leads training on the 4G and IMS networks for NEXCOM.

目录

部分目录，仅供参考

Preface xiii

List of Acronyms xv

Chapter 1. General Characteristics 1

1.1. Network architecture 1

1.1.1. EPS network 1

1.1.2. MBMS network 8

1.1.3. LCS network 11

1.2. Bearer types 14

1.2.1. Bearer structure 14

1.2.2. Quality of Service 15

1.3. Radio interface 17

1.3.1. Structure of the radio interface 18

1.3.2. NAS protocol 19

1.3.3. RRC protocol 20

1.3.4. Data link layer 21

1.3.5. Logical channels 22

1.3.6. Transport channels 23

1.3.7. Physical layer 24

1.3.8. Physical signals 26

1.3.9. Physical channels 27

1.3.10. Mobile categories 29

1.4. Network procedures 30

1.4.1. Connection procedure 30

1.4.2. Attachment procedure 30

1.4.3. Restoration procedure of the default bearer 36

1.4.4. Establishment procedure of a dedicated bearer 39

1.4.5. Location update procedure 41

1.4.6. Handover procedure 43

1.4.7. Multicast bearer establishment procedure 45