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Statistical Theory of Communication by Y. W. Lee ISBN: 0486438902 Dover Publications Price: $80.00 click here to see this book This clear and rigorous introduction offers a systematic account that covers all of the theory's basic elements. The author, a former professor of electrical engineering at MIT, was co-inventor of the synthesis of electric networks in the time domain and the frequency domain by means of orthonormal functions. 252 figures. Unabridged republication of the edition published by John Wiley, New York, 1960. Table of Contents for Statistical Theory of Communication 1. Introduction 2. Generalized Harmonic Analysis 3. Probability 4. Random Variables, Ensembles, and Distributions 5. Averages 6. The Poisson Distribution, the Normal Density, and Other Densities 7. Time Averages and Ensemble Averages 8. Analytical Determination of Correlation Functions and Power Density Spectrums of Random Processes 9. Summary of Basic Concepts and Tools 10. Measurement of Correlation Functions and Probability Densities 11. Sampling Theory 12. Detection of a Periodic Signal in Noise by Correlation 13. Fundamental Relations for a Linear System and Certain Applications 14. Optimum Linear Systems 15. Optimum Filtering and Prediction 16. Errors in Optimum Systems 17. Some Problems in the Theory of Optimum Systems 18. Representation of Correlation Functions and Power Density Spectrums by Orthonormal Functions 19. Synthesis of Optimum Linear Systems by Means of Orthonormal Functions Index

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