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書名:陣列信號處理與空時二維信號處理 (英文版)
ISBN:9787313262769
出版社:上海交通大學
著編譯者:何迪 郁文賢著
頁數:ⅩⅤ, 139頁
所在地:中國大陸 *此為代購商品書號:1519880
可大量預訂,請先連絡。內容簡介
 本書共5章,主要內容包括信號處理簡介、陣列信號處理、自適應陣列信號處理、空時二維陣列信號處理等。本書第2、3章重點討論了陣列信號處理的基本理論和模型、自適應陣列系統的理論和結構,以及多種自適應波束形成方法和自適應陣列信號處理方法等;第4章則重點介紹空時最小均方誤差接收機和最大似然序列估計接收機等,並將它們與傳統一維陣列信號處理接收機對比,討論其優點。本書可供無線通信、通信信號處理、雷達陣列信號處理等專業方向的研究生學習使用,也可作為無線通信專業從業人員的參考用書。 
目錄
 1 Introduction 
1 1 Main Contents of the Book 
1 2 Some Real Examples of Array 
1 3 Chapter Summary 
1 4 Chapter Assignments 
2 Array Signal Processing 
2 1 Plane Wave and Array 
2 2 Uniform Linear Array Uniform Circular Array and Uniform 
Plane Array 
2 2 1 ULA(uniform linear alray) 
2 2 2 Array Response and Pattern of ULA 
2 2 3 UCA(uniform circular array) 
2 2 4 UPA(uniform plane array) 
2 3 Statistical Model of Array Signal Processing 
2 3 1 Time Delay of Narrow-band Signal 
2 3 2 Continuous-time Channel Model 
2 3 3 Statistical Model of Array Signal Processing 
2 4 Beamforming 
2 4 1 Optimal Weight Vector of Beamforming 
2 4 2 Bartlett Beamformer 
2 4 3 Capon Beamformer 
2 5 MUSIC Algorithm 
2 5 1 Basic MUSIC Algorithm 
2 5 2 Improvement of MUSIC Algorithm 
2 5 3 Root-MUSIC Algorithm 
2 6 ESPIUT Algorithm 
2 6 1 Basic ESPⅪT Algorithm 
2 6 2 TLS ESPIuT Algorithm 
2 7 Maximum Likefihood Method 
2 7 1 Deterministic M[L 
2 7 2 Stochastic MrL 
2 8 Iterative Quadratic Maximum Likelihood Method 
2 8 1 Sub space Fitting 
2 8 2 IQML 
2 8 3 MODE Algorithm and Weighted Sub-space Fitting 
Algorithm 
2 9 Chapter Summary 
2 10 Chapter Assignments 
3 Adaptive Array Signal Processing 
3 1 Theorems of Adaptive Antenna System 
3 1 1 Impulse Response of Vector Channel and Spafial 
Characteristics 
3 1 2 Optimal Weight Vector of Adaptive Array 
3 1 3 Adaptive Algorithm with Weight Vector Updating 
3 2 Influences of Multipath to the Optimal Spatial Filtering 
3 3 Stochastic Blind Beamforming 
3 3 1 Blind Beamforming based on High-order Cumulant 
3 3 2 Blind Beamforming Based on Cyclic Statistics 
3 4 Deterministic Blind Beamforming 
3 4 1 Homogeneous MⅣO Model of the Channel 
3 4 2 Deterministic Blind Beamforming 
3 5 Blind Signal Separation 
3 5 1 Blind Identifiabilit、 
3 5 2 Equivariant Signal Separation 
3 5 3 Second order Identification Method 
3 5 4 Joint Diagonalization of Multiple Matrices 
3 6 Neural Networks MethOd Of Blind Signal Separation 
3 6 1 Independent Component Analysis and Principal 
Component Analysis 
3 6 2 Neural Network Structure of Blind Signal Separation 
3 6 3 Natural Gradient Algorithm of Blind Signal Separation 
3 7 Least Square Constant Modulus Algorithm 
3 7 1 Steepest Descent CM Algorithm 
3 7 2 Least Square CM Algorithm(LS。CMA) 
3 7 3 Sub-Gaussian and Super Gaussian Signal 
3 7 4 CM Cost Function 
3 8 Constant Modulus Array 
3 8 1 CM Array and Adaptive Signal Canceller 
3 8 2 Performance Analysis 
3 8 3 CM Array to Recover Multiple Sources 
3 8 4 Output S斟R and SNR 
3 9 Multitarget Adaptive Beamformer 
3 9 1 Multitarget LS-CMA(MT-LS-CMA) 
3 9 2 Signal Classification 
3 9 3 Multitarget Decision directed Algorithm(MT-DDA) 
3 10 Least Squares Despread Re-spread Multitarget Array 
(LS-DRMTA) 
3 10 1 LS DRMTA 
3 10 2 LS-DRMT-CMA 
3 1 l Adaptive Array Signal Processing Based on Sub-space 
3 11 1 Signal Model and Optimal Combination 
3 1 1 2 Adaptive Array Algorithm Based OD Sub-space 
3 12 Chapter Summary 
3 13 Chapter Assignments 
4 Space-Time Signal Processing 
4 1 Limitations of One-Dimensional Processing 
4 1 1 Limitations of One-Dimensional Processing in Time 
Domain 
4 1 2 The Limitation of One-Dimensional Processing in 
Space Domain 
4 2 Discrete Space Time Channel and Signal Model 
4 2 1 Discrete Space-Time Channel Model 
4 2 2 Discrete Space-Time Signal Model 
4 3 Space Time M[MSE Receiver 
4 3 1 Space Time MMSE Criterion 
4 3 2 Space Time Equalizer 
4 4 Space-Time MLSE Receiver 
4 4 1 Space-Time MLSE Criterion 
4 4 2 Space-Time MLSE Method 
4 5 Space-Time Blind Equalization 
4 5 1 Problem Descri
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