MULTI-DIMENSIONAL SIGNAL PROCESSING AND CIRCUITS FOR
ADVANCED ELECTRONICALLY SCANNED ANTENNA ARRAYS
多维信号处理及先进电子扫描天线阵列电路
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TABLE OF CONTENTS篇目
I.INTRODUCTION TO SPACE-TIME SIGNAL
PROCESSING AND
SMART ANTENNA ARRAY TECHNOLOGY
| CHAPTER 1 | Page |
|---|
| 1.1 Electronically Scanned Smart Antenna Arrays and Beamforming(电子扫描智能天线和波束形成) | 1 |
| 1.2 State-of-the-Art Applications（最新进展/当前研究现状） | 2 |
| 1.3 Contributions in this Dissertation（论文的主要工作） | 6 |
| 1.4 Dissertation Outline（论文提纲/内容结构安排） | 16 |
| 1.5 Scienti c Collaborators（研究合伙者） | 18 |
II.
BEAMFORMING IN MD SIGNAL PROCESSING PERSPECTIVE
AND PLANAR-RESONANT MD FILTER SYNTHESIS
| CHAPTER 2 | Page |
|---|
| 2.1 MD Space-Time Plane-Wave Signals(多维空-时平面波信号） | 19 |
| 2.2 Beamforming in MD Filtering Perspective（多维滤波器角度的波束形成） | 22 |
| 2.3 Spatio-Temporal Array Processing Methods: A Review（时空阵列处理方法：回顾） | 24 |
| 2.4 MD Planar Resonant Beam Plane-Wave Filters（多维平面谐振波束平面波滤波器）27 | 27 |
| 2.5 Design Equations for 2-D Beam Plane-Wave Filters（二维波束平面波滤波器的设计方程） | 35 |
III. STEERABLE MULTI-BEAM APERTURES USING 2-D
IIR DIGITAL BEAM PLANE FILTERS
| CHAPTER 3 | Page |
|---|
| 3.1 Two-dimensional Multi-Beam Filters:Overview(二维多波束滤波器：概述） | 45 |
| 3.2 Dual-Beam Filter Transfer Function（双光束/电子束/射线 滤波器发射函数） | 47 |
| 3.3 Massively Parallel Digital Hardware Architecture（大规模并行数字硬件架构） | 56 |
| 3.4 Simulation Examples（仿真实例） | 63 |
IV. BROADBAND MULTIPLE CONE-BEAM 3-D IIR DIGITAL FILTERS
APPLIED TO PLANAR DENSE APERTURE ARRAYS
| CHAPTER 4 | Page |
|---|
| 4.1 3-D IIR Multi-Cone Filter Bank Overview(三维无线脉冲响应滤波器多锥BANK概述） | 73 |
| 4.2 Design of the 3-D IIR Multi-Cone Filter Bank Hmc(z)（三维无限脉冲响应多锥滤波器BANK Hmc(z) 的设计） | 77 |
| 4.3 Closed-Form Simulations on Frequency Response and Array Pattern（频率响应和阵列模式的封闭形式仿真） | 84 |
| 4.4 Complexity and Performance Comparison with Phased Arrays（相控阵的复杂性和性能比较） | 91 |
V. SPACE-TIME SPECTRAL WHITE SPACE IN COGNITIVE RADIO:
THEORY,ALGORITHMS AND CIRCIUTS
| CHAPTERS 5 | Page |
|---|
| 5.1 Space-Time Spectral White Spaces(空-时谱(光谱)白空间) | 103 |
| 5.2 Antenna Array and Front-end Signal Processing Sub-systems(天线阵列和前端信号处理子系统) | 108 |
| 5.3 Spatio-temporal 3-D Array Processing Sub-system(时空 三维阵列处理子系统) | 112 |
| 5.4 One-dimentional Spectrum Sensing Sub-system（一维频谱传感子系统） | 123 |
| 5.5 Example White Space Detection（白空间探测实例） | 126 |
| 5.6 Computational Complexity（计算复杂度） | 134 |
VI、DISCRETE SPACE CONTINUOUS TIME DOMAIN 2-D SPATIO-TEMPORAL
FILTERS USING ALL-PASS TIME DELAY APPROXIMATIONS
| CHAPTER 6 | Page |
|---|
| 6.1 Discrete-Space Continuous-Time 2-D Fan Filters (空间离散时间连续二维扇形滤波器) | 139 |
| 6.2 Discrete-Space Continuous-Time 2-D IIR Beam Filters（空间离散时间连续二维无限脉冲响应波束滤波器） | 161 |
| 6.3 Application of All-Pass Delay Approximation in RF-IC Delay-SUm Beamforming（射频集成电路延时求和波束形成 中 全通延时逼近的应用） | 163 |
VII、DISCRETE SPACE CONTINUOUS TIME 2-D ALL-PASS FREQUENCY
PLANAR DELAY BLOCK
| CHAPTER 7 | Page |
|---|
| 7.1 Non-Separable DSCT 2-D Transfer Function (不可分离式 ？DSCT? 二维传递函数) | 177 |
| 7.2 Input-Output Relationship（输入输出关系） | 179 |
| 7.3 Theoretical Frequency Response（理论频率响应） | 181 |
VIII、HEXAGONAL MULTI-BEAM APERTURE ARRAYS
| CHAPTER 8 | Page |
|---|
| 8.1 Single Hexagonal Broadside Beam Filter(单个 六边/六角宽边波束 滤波器) | 185 |
| 8.2 Single Hexagonal Steered Beam Filter（单个 六边/六角 转向/可控波束 滤波器） | 189 |
| 8.3 Beam Filters with Multiple Hexagonal Beams（具有多个 六边/六角波束的 波束滤波器 ） | 194 |
IX、MD PLANAR-RESONANT BEAM-ENHANCED PHASED/TIMES ARRAY
BEAMFORMERS WITH IMPROVED SPATIAL SELECTIVITY
| CHAPTER 9 | Page |
|---|
| 9.1 All-Pass Filter Based 2-D IIR Beam-Enhanced AESA Receivers(基于全通滤波器的二维IIR波束增强AESA接收机) | 199 |
| 9.2 2-D IIR Beam-Enhanced Digital Aperture Arrays（二维IIR波束增强数字孔径阵列） | 219 |
| 9.3 3-D IIR Beam-Enhancedment for Planar Aperture Arrays（平面孔径阵列三维IIR波束增强技术） | 224 |
X、SUMMARY,CONCLUSIONS AND FUTURE DIRECTIONS (总结，结论和未来展望)
BIBLIOGRAPHY（参考文献）
