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Preface | |
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About the Authors | |
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Introduction | |
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Part I: Background Knowledge | |
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Part II: 3G Mobile Cellular Standards | |
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Part III: Wireless Networking | |
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Part IV: B3G and Emerging Wireless Technologies | |
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Suggestions for Using This Book | |
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Fundamentals of Wireless Communications | |
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Theory of Radio Communication Channels | |
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Radio Signal Propagation | |
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Fading Channel Models | |
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Narrowband and Frequency-Domain Characteristics | |
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Wideband and Time-Domain Characteristics | |
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Spread Spectrum Techniques | |
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Direct-Sequence Spread Spectrum Techniques | |
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Frequency Hopping Spread Spectrum Techniques | |
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Time Hopping Spread Spectrum and Ultra-Wideband Techniques | |
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Multiple Access Technologies | |
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Frequency Division Multiple Access | |
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Time Division Multiple Access | |
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Code Division Multiple Access | |
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Random Multiple Access Technologies | |
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Multiple User Signal Processing | |
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Multiuser Joint Detection against MAI | |
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Pilot-Aided CDMA Signal Detection | |
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Beam-Forming against Co-Channel Interference | |
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OSI Reference Model | |
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Switching Techniques | |
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Circuit Switching Networks | |
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Packet Switching Networks | |
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IP-Based Networking | |
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3G Mobile Cellular Technologies | |
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CDMA2000 | |
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Operational Advantages | |
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General Architecture | |
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Airlink Design | |
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Data Throughput | |
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Turbo Coding | |
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Forward Link | |
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Scheduling | |
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Reverse Link | |
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CDMA2000 1xEV Signaling | |
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Handoffs | |
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Summary of CDMA2000 1x-EV | |
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CDMA2000 1xEV-DO | |
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CDMA2000 1xEV-DV | |
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WCDMA | |
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History of UMTS WCDMA | |
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ETSI UMTS versus ARIB WCDMA | |
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UMTS Cell and Network Structure | |
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UMTS Radio Interface | |
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UMTS Protocol Stack | |
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UTRA Channels | |
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UTRA Multiplexing and Frame Structure | |
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Spreading and Carrier Modulations | |
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Packet Data | |
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Power Control | |
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Handovers | |
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TD-SCDMA | |
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Historical Background | |
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Overview of TD-SCDMA | |
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Frame Structure | |
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Smart Antenna | |
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Adaptive Beam Patterns | |
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Up-Link Synchronization Control | |
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Intercell Synchronization | |
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Baton Handover | |
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Intercell Dynamic Channel Allocation | |
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Flexibility in Network Deployment | |
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Technical Limitations of TD-SCDMA | |
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Global Impact of TD-SCDMA | |
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Wireless Data Networks | |
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IEEE 802.11 Standards for Wireless Networks | |
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Fundamentals of IEEE 802.11 Standards | |
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Architecture and Functionality of a MAC Sublayer | |
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IEEE 802.11 Frequency Hopping Spread Spectrum | |
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IEEE 802.11 Direct-Sequence Spread Spectrum | |
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The Reason DSSS Won | |
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IEEE 802.11 Infrared Specifications | |
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IEEE 802.11b Supplement to 802.11 Standards | |
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IEEE 802.11g Standard | |
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IEEE 802.11a Supplement to 802.11 Standards | |
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IEEE 802.11 Security | |
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Authentication | |
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WEP | |
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IEEE 802.15 WPAN Standards | |
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IEEE 802.15.3a Standard | |
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IEEE 802.15.4 Standard | |
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IEEE 802.16 WMAN Standards | |
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ETSI HIPERLAN and ETSI HIPERLAN/2 Standards | |
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MMAC by Japan | |
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Bluetooth Technologies | |
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Bluetooth Protocol Stack | |
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Bluetooth Security | |
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All-IP Wireless Networking | |
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Some Notes on 1G/2G/3G/4G Terminology | |
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Mobile IP | |
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IPv6 versus IPv4 | |
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Mobile IPv6 | |
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Wireless Application Protocol (WAP) | |
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IP on Mobile Ad Hoc Networks | |
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All-IP Routing Protocols | |
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Architecture of B3G Wireless Systems | |
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Spectrum Allocation and Wireless Transmission Issues | |
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Modulation Access Techniques: OFDM and Beyond | |
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Nonconventional Access Architectures | |
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Multiantenna Techniques | |
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Adaptive Modulation and Coding | |
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Software Defined Radio | |
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Integration of WMAN/WLAN/WPAN and Mobile Cellular | |
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High-Speed Data | |
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Multimode and Reconfigurable Platforms | |
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Ad Hoc Mobile Networking | |
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Networking Plan Issues | |
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Satellite Systems in B3G Wireless | |
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Other Challenging Issues | |
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Multiple Access Technologies for B3G Wireless | |
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What does B3G Wireless Need? | |
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A Feature Topic on B3G Wireless | |
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Next-Generation CDMA Technologies | |
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Importance of Using Good CDMA Codes | |
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System Model and Assumptions | |
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Spreading and Carrier Modulations | |
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Why the REAL Approach? | |
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REAL Approach for DS-CDMA | |
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REAL Approach for OS-CDMA | |
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Implementation and Performance Issues | |
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Multicarrier CDMA Techniques | |
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Duplicated Time-Spreading MC-CDMA | |
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Duplicated Frequency-Spreading MC-CDMA | |
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Multiplexed Time-Spreading MC-CDMA | |
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Multiplexed Frequency-Spreading MC-CDMA | |
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OFDM Techniques | |
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From Multicarrier System to OFDM | |
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Cyclic Prefix | |
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PAPR Issues | |
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OFDMA Technologies | |
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Ultra-Wideband Technologies | |
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Major UWB Technologies | |
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DS-CDMA UWB System Model | |
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Flat Fading Channel | |
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Frequency-Selective Fading Channels | |
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DS-CDMA UWB System Performance | |
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MIMO Systems | |
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SIMO, MISO and MIMO Systems | |
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Spatial Diversity in MIMO Systems | |
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Diversity Combining Methods | |
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Receiver Diversity | |
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Transmitter Diversity | |
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Spatial Multiplexing in MIMO Systems | |
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STBC-CDMA Systems | |
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Generic STBC-CDMA System Model | |
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Unitary Code-Based STBC-CDMA System | |
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Complementary Coded STBC-CDMA System | |
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Dual Transmitter Antennae | |
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Arbitrary Number of Transmitter Antennae | |
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Discussion and Summary | |
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Cognitive Radio Technology | |
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Why Cognitive Radio? | |
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History of Cognitive Radio | |
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What is Cognitive Radio? | |
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Definitions of Cognitive Radio | |
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Basic Cognitive Algorithms | |
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Conceptual Classifications of Cognitive Radios | |
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From SDR to Cognitive Radio | |
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How Does SDR Work? | |
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Digital Down Converter (DDC) | |
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Analog to Digital Converter | |
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A Generic SDR | |
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Three SDR Schemes | |
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Implement Cognitive Radio Based on SDR | |
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Cognitive Radio for WPANs | |
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Cognitive Radio for WLANs | |
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Cognitive Radio for WMANs | |
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Cognitive Radio for WWANs | |
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Cognitive Radio for WRANs: IEEE 802.22 | |
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Challenges to Implement Cognitive Radio | |
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Cognitive Radio Products and Applications | |
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E-UTRAN: 3GPP's Evolutional Path to 4G | |
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3GPP TSG for E-UTRAN | |
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Origin of E-UTRAN | |
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General Features of E-UTRAN | |
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E-UTRAN Study Items | |
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E-UTRAN TSG Work Plan | |
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E-UTRAN Radio Interface Protocols | |
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E-UTRAN Protocol Architecture | |
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E-UTRAN Layer 1 | |
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E-UTRAN Layer 2 | |
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E-UTRAN Physical Layer Aspects | |
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Downlink Aspects of FDD OFDMA | |
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Uplink Aspects of FDD OFDMA | |
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Summary | |
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Orthogonal Complementary Codes (PG = 8 | |