Preface
PartⅠ Spectrum Research （33000 Words）
Chapter 1 Scope
Chapter 2 Frequency Allocating and Planning
Chapter 3 Spectrum Demands and Requirements
Chapter 4 Spectrum Definition of IMT-Advanced at ITU WRC07
Chapter 5 Radio Propagation Measurement and Channel Modeling
Chapter 6 Spectrum Characteristics Analysis for IMT-Advanced Bands
Chapter 7 Novel Technologies Proposals
Chapter 8 Conclusions
PartⅡ Radio Access Techniques (65000 Words)
Chapter 9 Overview
Chapter 10 MIMO Transmission
Chapter 11 Implementation And Improvements For LDPC And Turbo Coding
Chapter 12 Relay Transmission
Chapter 13 Cognitive and Cooperative Communication
Chapter 15 System Design of LTE and LTE-Advanced
Part Ⅲ Radio Resource management (75000 words)
Chapter 16 Introduction
Chapter 17 Radio Resource Management and Performance for a Relay-Assisted System
Chapter 18 HARQ
Chapter 19 VoIP
Chapter 20 Mobility
Chapter 21 Multi-cell coordination
Chapter 22 Scheduling techniques
Chapter 23 Uplink techniques
Chapter 24 Heterogeneous Network
Chapter 25 System performance
Part Ⅳ Network Architecture （41118 words）
Chapter 26 Introduction
Chapter 27 Femto Cell for Next Generation Network
Chapter 28 CoMP Network
Chapter 29 Interworking and Convergence in Heterogeneous Radio Ubiquitous Terminal Networks
Chapter 30 Functional Architecture in Cognitive Wireless Network
Chapter 31 Cognitive Pilot Channel (CPC)
Chapter 32 Universal Mobility
Chapter 33 Mobile Venue-Cast – Towards Efficient Localized Broadcast Paradigm
关键字：
IMT-Advanced, LTE TDD, LTE FDD, frequency allocation, spectrum sharing, Coexistence, Dynamic Spectrum, Cognitive Radio, OFDMA, MIMO, CoMP, LDPC, Turbo coding, Relay, Modulation, Radio Resource Management, HARQ, VoIP, Mobility, Scheduling, Heterogeneous Network, Femto Cell
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