Signal Processing: Principles and Implementation, has been developed in a simple logical manner. To understand the subject, knowledge of junior level Physics and Mathematics is required. The ease of understanding is not at the cost of the rigor and depth of the subject but has been achieved by giving all the intermediate mathematical steps involved in a derivation and by giving the physical meaning of the mathematical relations.

• • MATLAB programme CD available upon request to assist in reproducing illustrations from the book.

Preface / Acknowledgements / Introduction / Signal Analysis / Signal Transmission and Power Density Spectrum / Sampling Theorem and Development of Discrete Fourier Transform (DFT) / The Fast Fourier Transform (FFT) and its Application / The Z-Transform / The Magnitude and Phase / The Analog Filter Design / The Infinite Impulse Response (IIR) Filter Design / The Finite Impulse Response (FIR) Filter Design / Structures for Transfer Functions / Random Process Theory / Non-parametric Spectral Estimation / Parametric Spectral Estimation / Iterative solutions to normal equations / Applications of Signal Processing / DSP Processor Fundamentals / DSP Application Development on the processor / Appendix-A: Expectation of the Product of Four Gaussian Random Variables / Appendix-B: Orthonormal Diagonalization / Bibliography / Index / Programs for Examples are Given in the CD.

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