声明
摘要
Abstract
Contents
Symbols and Abbreviations
Chapter 1 Introduction
1．1 Background
1．2 Current research status
1．3 Organization of the thesis
Chapter 2 Overview on 60GHz Wireless Communication Systems
2．1 Introduction of the current wireless communication systems
2．2 Standards for 60GHz millimeter wave communication systems
2．3 Characters of 60GHz millimeter wave communication systems
2．3．1 Broad frequency band
2．3．2 Ultra high data rate
2．3．3 Small antenna size
2．3．4 Relaxed power constraints
2．3．5 Low interference levels
2．4 Challenges facing 60GHz
2．4．1 Transmission loss in 60GHz millimeter wave frequency band
2．4．2 Antenna weight vectors designing
2．4．3 Implementation of CMOS circuits
2．4．4 Smart antennas designing
2．5 PHY modes for IEEE 802．15．3c standard
2．5．1 Single Carrier mode for mmWave PHY
2．5．2 High Speed Interface mode for mmWave PHY
2．5．3 Audio／Visual mode for mmWave PHY
2．6 Conclusion
Chapter 3 Proposed discrete resolution codebooks
3．1 Linear arrays for 60GHz frequency band and related parameters
3．1．1 Uniform Linear Arrays
3．1．2 Essential parameters for 60GHz linear arrays
3．2 Proposed beamforming codebooks
3．2．1 2-bit codebooks of IEEE 802．15．3c standard
3．2．2 Proposed 2-bit codebook
3．2．3 Proposed 3-bit codebook
3．2．4 Proposed Multi-bit codebook
3．3 Conclusion
Chapter 4 Proposed continuous resolution codebook
4．1 Kaiser-Bessel Antenna Weights
4．2 Modified Kaiser-Bessel Antenna Weights
4．3 Proposed continuous resolution codebook
4．4 Conclusion
Chapter 5 Simulation results and analysis
5．1 Simulation results and analysis
5．1．1 Radiation patterns
5．1．2 Beamformer output SNR
5．1．3 Half-power beamwidth
5．1．4 Magnitude of the received signal
5．2 Conclusion
Chapter 6 Overall conclusion and future works
6．1 Overall conclusion
6．2 Future works
Appendix
List of figures
List of tables
References
List of research results
东南大学;
