Transcription of AnIntroductionto StatisticalSignalProcessing
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IAn Introduction toStatistical Signal ProcessingPr(f F) =P({ : F}) =P(f 1(F))f 1(F)fF-January 4, 2011iiAn Introduction toStatistical Signal ProcessingRobert M. GrayandLee D. DavissonInformation Systems LaboratoryDepartment of Electrical EngineeringStanford UniversityandDepartment of Electrical Engineering and Computer ScienceUniversity of Marylandc 2004 by Cambridge University Press. Copies of the pdf file maybedownloaded for individual use, but multiple copies cannot be made or printedwithout our FamiliesContentsPrefacepageixAcknowledge mentsxiiGlossaryxiii1 Introduction12 Spinning pointers and flipping Probability Discrete probability Continuous probability Elementary conditional Problems733 Random variables, vectors, and Random Distributions of random Random vectors and random Distributions of random Independent random Conditional Statistical detection and Additive Binary detection in Gaussian Statistical Characteristic Gaussian random Simple random Directly given random Discrete time Markov Nonelementary conditional Problems1684 Expectation and Functions of random Functions of several random Properties of Conditional Jointly Gaussian Expectation as Implications for linear Correlation and linear Correlation and covariance The central limit Sample Convergence of random Weak law of larg
4.18 Stationarity 249 4.19 Asymptotically uncorrelated processes 255 4.20 Problems 258 5 Second-order theory 275 5.1 Linear filtering of random processes 276 5.2 Linear systems I/O relations 278 5.3 Power spectral densities 284 5.4 Linearly filtered uncorrelated processes 286 5.5 Linear modulation 292 5.6 White noise 296 5.7 ⋆Time averages 299
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