Signal and image processing is essentially the art of turning random information into understandable messages and pictures. An understanding of random processes is crucial in the study of many engineering systems. Filtering, estimation and detection underpins the ability to analyse and design new communications systems or image processing algorithms. In this book, Ludeman clearly explains the basics of probability and random processes, detailing modern detection and estimation theory.
Signal and image processing is essentially the art of turning random information into understandable messages and pictures. An understanding of random processes is crucial in the study of many engineering systems. Filtering, estimation and detection underpins the ability to analyse and design new communications systems or image processing algorithms. In this book, Ludeman clearly explains the basics of probability and random processes, detailing modern detection and estimation theory.
LONNIE C. LUDEMAN, PhD, received his doctorate from Arizona State University and is Professor Emeritus of electrical and computer engineering at New Mexico State University. In 1993, he was a Fulbright Scholar at the Aristotle University in Thessaloniki, Greece. He is the author of Fundamentals of Digital Signal Processing, which won Choice magazine's award for Outstanding Engineering Book of the Year.
Inhaltsangabe
Preface. Experiments and Probability. Random Variables. Estimation of Random Variables. Random Processes. Linear Systems: Random Processes. Nonlinear Systems: Random Processes. Optimum Linear Filters: The Wiener Approach. Optimum Linear Systems: The Kalman Approach. Detection Theory: Discrete Observation. Detection Theory: Continuous Observation. Appendix A. The Bilateral Laplace Transform. Appendix B. Table of Binomial Probabilities. Appendix C. Table of Discrete Random Variables and Properties. Appendix D. Table of Continuous Random Variables and Properties. Appendix E. Table of Gaussian Cumulative Distribution Function. Index.
Preface. Experiments and Probability. Random Variables. Estimation of Random Variables. Random Processes. Linear Systems: Random Processes. Nonlinear Systems: Random Processes. Optimum Linear Filters: The Wiener Approach. Optimum Linear Systems: The Kalman Approach. Detection Theory: Discrete Observation. Detection Theory: Continuous Observation. Appendix A. The Bilateral Laplace Transform. Appendix B. Table of Binomial Probabilities. Appendix C. Table of Discrete Random Variables and Properties. Appendix D. Table of Continuous Random Variables and Properties. Appendix E. Table of Gaussian Cumulative Distribution Function. Index.
Rezensionen
"The reader will find an excellent presentation ranging from the basic concepts of probability theory to the advanced topics of RP, filtering, estimation and detection." ( IIE Transactions on Operations Engineering )
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