Multi-Carrier Technologies for Wireless Communication

圣斗士

这有本关于"多载波"(Mullti-carrier)方面的书,有需要的没,,
CONTENTS
1 Introduction
1.1 Multi-Carrier Technology and Carrier Interferometry:
A Quantum Leap?
1.2 Unification
2 Overview of Multi-Carrier Technologies
2.1 Introduction
2.2 Multi-Carrier Technologies: Past and Present
2.2.1 OFDM
2.2.2 Coded OFDM
2.2.3 MC-CDMA
2.2.4 Recap
2.3 The Carrier Interferometry (CI) Approach
2.3.1 The CI Signal
2.3.2 Orthogonality Properties of the CI Signal
2.3.3 Pseudo- Orthogonality Properties of CI Signals
2.4 CI/MC-CDMA: The Application of the CI Signal to
MC-CDMA
2.5 CI/TDMA: Multi-Carrier Implementations of TDMA
and the Demise of the Equalizer
2.6 CI/DS-CDMA: A Multi-Carrier Implementation of
DS-CDMA and the Demise of the RAKE
receiver
2.7 CI/OFDM: Increasing Performance and Throughput in
OFDM and Eliminating the PAPR Problem
2.8 Summary
3 High-Performance High-Capacity MC-CDMA for Future
Generations: The CI Approach
3.1 Introduction
3.2 CI/MC-CDMA Signaling and Transmitter Model
3.3 Channel Model
3.4 Receiver Structures
3.5 Performance Results
3.5.1 Perfect Synchronization
3.5.2 Phase Jitter
3.5.3 Frequency Offset
3.6 Crest Factor Considerations in CI/MC-CDMA
3.6.1 Downlink Crest Factor
3.6.2 Uplink Crest Factor
3.6.3 CF Reduction Technique
3.7 Conclusions
Appendix 3A: Determining the Phases Minimizing Root
Mean Square Correlation
Appendix 3B: How to Generate Correlated Rayleigh
Envelopes for Use in Simulations
Appendix 3C: Derivation of MMSE Combiner in
CI/MC-CDMA Receeiver
4 High Performance, High Throughput TDMA via
Multi-Carrier Implementations
4.1 Introduction
4.1.1 Overview of TDMA and GSM
4.1.2 Overview of the CI Approach
4.1.3 Introducing CI to TDMA
4.2 CI Pulse Shaping in TDMA
4.2.1 Essentials
4.2.2 CI Pulse Shapes for Doubling Throughput
4.2.3 Bandwidth Efficiency of CI/TDMA
4.3 Channel Model
4.4 CI/TDMA Receiver
4.5 Performance Results
4.6 Conclusions
5 High-Perfomance, High-Capacity DS-CDMA via
Multicarrier Implementation
5.1 Introduction
5.2 Review of DS-CDMA
5.2.1 Introduction
5.2.2 DS-CDMA Transmit and Receive Signal
5.3 Novel Multi-carrier Chip Shapes and Novel
Transmitters for DS-CDMA
5.4 Novel Receiver Design for CI/DS-CDMA
5.5 High-capacity DS-CDMA via Pseudo-Orthogonal
CI Chip Shaping
5.6 High Performance, High Capacity via a Second
Pseudo-Orthogonal Chip Shaping
5.7 Channel Model
5.8 Characterizing Performance Gains and Network
Capacity Improvements in CI/DS-CDMA
5.9 Conclusions
6 High-Performance, High-Throughput OFDM with Low
PAPR via Carrier Interferometry Phase Coding
6.1 Introduction
6.2 Novel CI Codes and OFDM Transmitter Structures
6.2.1 CI/OFDM & CI/COFDM
6.2.2 Addition of Pseudo-Orthogonality to CI/OFDM
& CI/COFDM
6.3 Novel OFDM Receiver Structures
6.4 Channel Modeling
6.5 Performance Results
6.6 Peak to Average Power Ratio Considerations
6.6.1 PAPR in OFDM and CI/OFDM
6.6.2 PAPR in PO-CI/OFDM
6.7 Conclusions
7 The Marriage of Smart Antenna Arrays and Multi-
Carrier Systems: Spatial Sweeping, Transmit Diversity,
and Directionality
7.1 Smart Antennas with Spatial Sweeping
7.1.1 Proposed Antenna Array Structure
7.1.2 Receiver Design for Smart Antenna with Spatial
Sweeping
7.1.3 Theoretical Performance
7.1.4 SimulatedPerformance
7.2 Channel Modeling for Spatial Sweeping Smart Antennas:
Establishing the Available Transmit Diversity
7.2.1 Channel Model Assumptions
7.2.2 Linear Time Varying Channel Impulse Response
Modeling
7.2.3 Evaluation of Coherence Time
7.2.4 Updates to the Channel Impulse Response:
Antenna Array Factor and Phase
7.3 Innovative Combining of Multi-Carrier Systems and
Smart Antennas with Spatial Sweeping
7.3.1 The Transmit Side
7.3.2 The Receiver Side
7.3.3 Simulated Performance
7.4 Conclusion
Index
xvi

圣斗士

终于是传上来了,这网速实在是不敢恭维啊.中间都差点放弃了,
之前想传那个multicarrier techniques for 4G mobile communications.来的.
不过有点大,等不起了,就放弃了.
希望这本书,有需要的人,有所帮助.

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学习一下 哈哈哈哈哈哈

二维飞人

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谢谢分享