Digital Filters : Analysis, Design And Applications

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Key Features Provides the exact interrelations among the Fourier transform, the Fourier series, the Laplace and z transforms, and the discrete Fourier transform. Also deals with the efficient evaluation of the discrete Fourier transform and the convolution summation through the use of fast Fourier transforms. Describes in detail all the standard filter approximations, i.e., Bessel, Butterworth, Chebyshev, inverse-Chebyshev, and elliptic. Treats all the standard digital-filter realizations and includes a fairly detailed easy-to-follow exposition and of wave and lattice digital filters. Includes step-by-step procedures for the design of recursive (IIR) and nonrecursive (FIR) filters. Treats at length most of the known problems associated with the use of finite-wordlength arithmetic. It includes also methods that can be used to quantify and where possible eliminate these problems. Introduces a variety of applications of digital filters such as quadrature mirror-image filter banks, adaptive and two-dimensional digital filters Table Of Contents Chapter 1. Elementary Materials Science Concepts Chapter 2. Electrical and Thermal conduction in Solids Chapter 3. Elementary Quantum Physics Chapter 4. Modern Theory of Solids Chapter 5. Semiconductors Chapter 6. Semiconductor Devices Chapter 7. Dielectric Materials and Insulation Chapter 8. Magnetic Properties and Superconductivity Chapter 9. Optical Properties of Materials Appendixes: Appendix A: Bragg's Diffraction Law and X-ray Diffraction Appendix B: Flux, Luminous Flux, and the Brightness of Radiation Appendix C: Major Symbols and Abbreviations Appendix D: Elements of Uranium Appendix E: Constants and Useful Information Chapter Index