4G LTE-Advanced Pro和通向5G之路（第3版 影印版 英文版）

　　3GPP将在201 8年发布5G技术规范，包括LTE—Advanced Pro和全新的5G无线接入技术。与3GPP相关的工程师们通过这本实用而富有成效的书籍，提供了一个深入了解3GPP所采用的新技术与标准的机会。《4G LTE-Advanced Pro和通向5G之路（第3版 影印版 英文版）》不仅对这些具体方案的选取原因以及在LTE、LTE—Advanced和LTE—Advanced Pro中的应用情况进行了详尽阐述，，还对通向5G的发展之路和相关的潜在技术进行了详细介绍。——这本具有**作用的书籍是由深入参与3GPP技术规范发展的爱立信工程师们所著，涉及3GPP在LTE、LTE—Advanced、LTE—Advanced Pro以及Release 13方面的技术规范——10篇新章节，涵盖了ReIease 12和13的全部主要特征——2篇全新章节，介绍了5G无线接入技术，包括3GPP发展下新的5G无线接入技术的核心技术单元本版已全面校订并更新，充分体现了3GPP Release 12和1 3中描述的对LTE的巨大扩展以及在即将到来的5G时代中LTE扮演的角色。本版的全新内容包括下述更新：——4G和5G的无线接入——4G和5G的频谱——机器间通信——设备间通信——辅助授权接入——全维度MIMO——小蜂窝增强，eMTA，FDD+TDD融合，双连接——5G无线接入的需求与通用架构，重点强调5G中现有的和新出现的应用场景——5G无线接入技术的解决方案

暂缺《4G LTE-Advanced Pro和通向5G之路（第3版 影印版 英文版）》作者简介

Preface
Acknowledgments
Abbreviations and Acronyms
CHAPTER 1Introduction
1．1 IG and 2G——Voice-Centric Technologies
1．2 3G and 4G——Mobile Broadband
1．3 5G——Beyond Mobile Broadband——Networked Society
1．4 Outline
CHAPTER 2 Spectrum Regulation and Standardization From 3G to 5G
2．1 Overview of Standardization and Regulation
2．2 ITU-R Activities From 3G to 5G
2．2．1 The Role of ITU-R
2．2．2 IMT-2000 and IMT-Advanced
2．2．3 IMT-2020
2．3 Spectrum for Mobile Systems
2．3．1 Spectrum Defined for IMT Systems by the ITU-R
2．3．2 Frequency Bands for LTE
2．3．3 New Frequency Bands
2．4 Spectrum for 5G
2．4．1 New Frequency Bands to be Studied by WRC
2．4．2 RF Exposure Above 6 GHz
2．5 3GPP Standardization
2．5．1 The 3GPP Process
2．5．2 Specifying 5G in 3GPP
CHAPTER 3 LTE Radio Access： An Overview
3．1 LTE Basic Technologies
3．1．1 Transmission Scheme
3．1．2 Channel-Dependent Scheduling and Rate Adaptation
3．1．3 Inter-Cell Interference Coordination
3．1．4 Multi-Antenna Transmission
3．1．5 Spectrum Flexibility
3．1．6 Multicast and Broadcast Support
3．1．7 Positioning
3．2 LTE Evolution
3．3 Spectrum Flexibility
3．3．1 Carrier Aggregation
3．3．2 License-Assisted Access
3．4 Multi-Antenna Enhancements
3．4．1 Extended Multi-Antenna Transmission
3．4．2 Multi-Point Coordination and Transmission
3．4．3 Enhanced Control-Channel Structure
3．5 Densification， Small Cells， and Heterogeneous Deployments
3．5．1 Relaying
3．5．2 Heterogeneous Deployments
3．5．3 Small-Cell On-Off
3．5．4 Dual Connectivity
3．5．5 Dynamic TDD
3．5．6 WLAN Interworking
3．6 Device Enhancements
3．7 New Scenarios
3．7．1 Device-to-Device Communication
3．7．2 Machine-Type Communication
3．8 Device Capabilities
CHAPTER 4 Raflio-lnterface Architecture
4．1 Overall System Architecture
4．1．1 Core Network
4．1．2 Radio-Access Network
4．2 Radio Protocol Architecture
4．2．1 Packet-Data Convergence Protocol
4．2．2 Radio-Link Control
4．2．3 Medium-Access Control
4．2．4 Physical Layer
4．3 Control-Plane Protocols
4．3．1 State Machine
CHAPTER 5 Physical Transmission Resources
5．1 Overall Time-Frequency Structure
5．2 Normal Subframes and MBSFN Subframes
5．3 Antenna Ports
5．3．1 Quasi-co-Located Antenna Ports
5．4 Duplex Schemes
5．4．1 Frequency-Division Duplex
5．4．2 Time-Division Duplex
5．4．3 LTE and TD-SCDMA Coexistence
5．4．4 License-Assisted Access
5．5 Carrier Aggregation
5．6 Frequency-Domain Location of LTE Carriers
CHAPTER 6 Downlink Physical-Layer Processing
CHAPTER 7 Uplink Physical-Layer Processing
CHAPTER 8 Retransmission Protocols
CHAPTER 9 Scheduling and Rate Adaptation
CHAPTER 10 Channel-State Information and Full-Dimension MIMO
CHAPTER 11 Access Procedures
CHAPTER 12 Carrier Aggregation
CHAPTER 13 Multi-Point Coordination and Transmission
CHAPTER 14 Heterogeneous Deployments
CHAPTER 15 Small-Cell Enhancements and Dynamic TDD
CHAPTER 16 Dual Connectivity
CHAPTER 17 Unlicensed Spectrum and License-Assisted Access
CHAPTER 18 Relaying
CHAPTER 19 Multimedia BroadcasVMulticast Services
CHAPTER 20 LTE for Massive MTC Applications
CHAPTER 21 Device-to-Device Connectivity
CHAPTER 22 Spectrum and RF Characteristics
CHAPTER 23 5G Wireless Access
CHAPTER 24 New 5G Radio-Access Technology
CHAPTER 25 Concluding Remarks
References
Index