"In contrast to the first volume, in the present one of the references are given at the end of each chpater. The two indexes, of authors and objects provide an enlarged accessibility to the items included in the book. As to the graphics, it is as beautiful as that of the first volume ... After carefully studying the first volume, the research engineer or applied mathematician can proceed to read this book" Zentralblatt Mathematik

• 1. Applications of sampling theory to combintorial analysis, Stirling numbers, special functions and the Riemann zeta function ; 2. Sampling theory and the arithmetic Fourier transform ; 3. Derivative sampling - a paradigm example of multi-channel methods ; 4. Computational methods in linear prediction for band-limited signals based on past samples ; 5. Interpolation and sampling theories, and linear ordinary boundary value problems ; 6. Sampling by generalized kernels ; 7. Sampling theory and wavelets ; 8. Approximation by translates of a radial function ; 9. Almost sure sampling restoration of band-limited stochastic signals ; 10. Abstract harmonic analysis and the sampling theorem

"In contrast to the first volume, in the present one of the references are given at the end of each chpater. The two indexes, of authors and objects provide an enlarged accessibility to the items included in the book. As to the graphics, it is as beautiful as that of the first volume ... After carefully studying the first volume, the research engineer or applied mathematician can proceed to read this book" Zentralblatt Mathematik

• 1. Applications of sampling theory to combintorial analysis, Stirling numbers, special functions and the Riemann zeta function ; 2. Sampling theory and the arithmetic Fourier transform ; 3. Derivative sampling - a paradigm example of multi-channel methods ; 4. Computational methods in linear prediction for band-limited signals based on past samples ; 5. Interpolation and sampling theories, and linear ordinary boundary value problems ; 6. Sampling by generalized kernels ; 7. Sampling theory and wavelets ; 8. Approximation by translates of a radial function ; 9. Almost sure sampling restoration of band-limited stochastic signals ; 10. Abstract harmonic analysis and the sampling theorem

"In contrast to the first volume, in the present one of the references are given at the end of each chpater. The two indexes, of authors and objects provide an enlarged accessibility to the items included in the book. As to the graphics, it is as beautiful as that of the first volume ... After carefully studying the first volume, the research engineer or applied mathematician can proceed to read this book" Zentralblatt Mathematik

• 1. Applications of sampling theory to combintorial analysis, Stirling numbers, special functions and the Riemann zeta function ; 2. Sampling theory and the arithmetic Fourier transform ; 3. Derivative sampling - a paradigm example of multi-channel methods ; 4. Computational methods in linear prediction for band-limited signals based on past samples ; 5. Interpolation and sampling theories, and linear ordinary boundary value problems ; 6. Sampling by generalized kernels ; 7. Sampling theory and wavelets ; 8. Approximation by translates of a radial function ; 9. Almost sure sampling restoration of band-limited stochastic signals ; 10. Abstract harmonic analysis and the sampling theorem