3G演进：HSPA与LTE

PartI:Introduction

1Backgroundof3Gevolution

1.1Historyandbackgroundof3G

1.2Standardization

1.3Spectrumfor3Gandsystemsbeyond3G

2Themotivesbehindthe3Gevolution

2.1Drivingforces

2.23Gevolution:TwoRadioAccessNetworkapproachesandanevolvedcorenetwork

PartII:Technologiesfor3GEvolution

3Highdataratesinmobilecommunication

3.1Highdatarates:Fundamentalconstraints

3.2Higherdatarateswithinalimitedbandwidth:Higher-ordermodulation

3.3Widerbandwidthincludingmulti-carriertransmission

4OFDMtransmission

4.1BasicprinciplesofOFDM

4.2OFDMdemodulation

4.3OFDMimplementationusingIFFT/FFTprocessing

4.4Cyclic-prefixinsertion

4.5Frequency-domainmodelofOFDMtransmission

4.6Channelestimationandreferencesymbols

4.7FrequencydiversitywithOFDM:Importanceofchannelcoding

4.8SelectionofbasicOFDMparameters

4.9Variationsininstantaneoustransmissionpower

4.10OFDMasauser-multiplexingandmultiple-accessscheme

4.11Multi-cellbroadcast/multicasttransmissionandOFDM

5Wider-band‘single-carrier’transmission

5.1Equalizationagainstradio-channelfrequencyselectivity

5.2UplinkFDMAwithflexiblebandwidthassignment

5.3DFT-spreadOFDM

6Multi-antennatechniques

6.1Multi-antennaconfigurations

6.2Benefitsofmulti-antennatechniques

6.3Multiplereceiveantennas

6.4Multipletransmitantennas

6.5Spatialmultiplexing

7Scheduling,linkadaptationandhybridARQ

7.1Linkadaptation:Powerandratecontrol

7.2Channel-dependentscheduling

7.3Advancedretransmissionschemes

7.4HybridARQwithsoftcombining

PartIII:HSPA

8WCDMAevolution:HSPAandMBMS

9High-SpeedDownlinkPacketAccess

10EnhancedUplink

11MBMS:MultimediaBroadcastMulticastServices

12HSPAEvolution

PartIV:LTEandSAE

13LTEandSAE:Introductionanddesigntargets

14LTEradioaccess:Anoverview

15LTEradiointerfacearchitecture

16Downlinktransmissionscheme

17Uplinktransmissionscheme

18LTEaccessprocedures

19LTEtransmissionprocedures

20FlexiblebandwidthinLTE

21SystemArchitectureEvolution

22LTE-Advanced

PartV:PerformanceandConcludingRemarks

23Performanceof3Gevolution

24Otherwirelesscommunicationssystems

25Futureevolution

References

Index

　　通信行业领导厂商爱立信研发中心工程师经验结晶，无线宽带领域工程师必备参考手册。　　本书是爱立信研究院研发人员的经验之谈，描述了3G数字蜂窝系统如何演进成为先进的宽带移动接入技术，重点介绍了3G移动通信标准化开发演进路线、无线接入技术和接入网络的演进。书中内容分为5部分，清晰地勾勒出了3G演进技术取舍的诸多细节。　　本书是移动通信行业技术人员的必备参考指南，也是高等院校通信专业师生不可多得的教学参考书。【作者简介】　　ErikDahlman博士，世界知名移动通信技术专家，爱立信研究院资深研究员，毕业于瑞典皇家工学院。早期从事WCDMA的3G移动通信技术的研发和标准制定工作，后来成为3GPP项目成员，目前主要负责WCDMAR5的标准化工作以及下一代手机系统的无线接入研究工作。他在无线通信领域拥有20多项专利，由于工作业绩突出，曾荣获IEEE运载工具技术学会授予的JackNeubauer奖以及爱立信研究院授予的年度发明家奖。