Defense Electronics Information Technology Series: Modern signal spectral analysis(Chinese Edition)

Ship out in 2 business day, And Fast shipping, Free Tracking number will be provided after the shipment.Paperback. Pub Date :2012-07-01 Pages: 339 Publisher: Publishing House of Electronics Industry title: Defense Electronics and Information Technology Series: Modern signal spectrum analysis List Price: 59.80 yuan Author: Peter Stoica (Petre Stoica) published Social: Electronic Industry Press Publication Date: July 1. 2012 ISBN: 9787121174865 words: Pages: 339 Edition: 1st Edition Binding: Paperback: Weight: 558 g Editor's Choice Defense Electronics Information Technology Series: Modern signal The spectral analysis of the rich and innovative content and rigorous exposition. a high level in the field of signal spectral analysis textbooks. Defense Electronics Information Technology Series: Modern signal spectrum analysis suitable for signal processing. communications. electronics. radar. navigation. automatic control. and their professional high grade undergraduate and graduate students as teaching materials. is also relevant professional researchers a rare a reference book. Summary Defense Electronics Information Technology Series: Modern signal spectrum analysis describes the basic theory and method of the classical spectrum analysis and spectrum analysis. the main contents include the basic concepts of spectral estimation (auto-correlation. the energy spectrum and the power spectrum). non-parametric of spectral analysis (periodogram and correlogram windowing technology). rational spectral analysis (autoregressive moving average and autoregressive moving average method). line spectrum analysis (least squares estimation. the Yule-Walker and subspace methods). filtering control group method (improved filter bank. Capon method. APES). array signal processing (beam forming Capon method. parametric DOA estimation). the choice of the relevant matrix analysis. Cram6r-Rao bound theoretical and the model order The main conclusions. Each chapter of the book contains a large number reflects the spectral analysis of the latest research results and current research focus of supplemental content. and provide a lot of help readers insight into the performance of various methods of spectral analysis and Implementation. reflecting current research focus analysis exercises and on the machine exercises. 1.6 1.5 spectrum estimation of the nature of the basic concepts of Contents Chapter 1 1.1 Introduction 1.2 1.4 determine the power spectral density of the signal energy spectral density of 1.3 random signal power spectral density supplemental content 1.7 Exercises Chapter 2. a non-parametric method 2.1 Introduction 2.2 periodogram and 2.7 Other improvements in the related method of Figure 2.3 with the nature of the FFT calculation cycle Figure 2.4 periodogram 2.5 Blackman-Tukey the 2.6 window function design to consider the problem of cycle Figure 2.8 Supplemental content parameterized 2.9 Exercises Chapter 3 rational spectrum estimation method 3.1 Introduction 3.2 3.3 ARMA process rational spectral signal covariance structure 3.4 AR the signal 3.5 Yule Walker equations order recursive solution of 3.6 MA signal 3.7 ARMA signal over 3.8 variable the ARMA signal of 3.9 additional elements estimated 3.10 Exercises Chapter 4 line spectrum sinusoidal signal model noise parametric approach 4.1 Introduction 4.2 4.3 non-linear least squares method 4.4 4.5 Pisarenko and MUSIC methods of order Yule-Walker the 4.6 minimum norm method 4.7 ESPRIT - backward method before 4.8 4.9 Supplemental content 4.10 filter bank approach Exercises Chapter 5 5.1 Introduction 5.2 cycle filter bank explained 5.3 Improved filter bank approach 5.4 Capon method 5.5 5.7 Exercise Chapter 6 the airspace methods 6.1 Introduction 6.2 further explain the cycle Figure 5.6 supplemental content filter bank Appendix D array model 6.3 non-parametric method 6.5 6.4 parametric methods supplement content Exercises 6.6 Appendix A linear algebra and matrix analysis tools Appendix B Cramr-Rao b.…