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An introduction to digital signal processing with Mathcad / Robert O. Harger

By: Harger, Robert O.
Series: A Mathcad electronic book. Publisher: Boston, Mass. ; PWS Pub. Co., c1994Description: 1 v. (various pagings), 24 cm.ISBN: 0534951414.Subject(s): MathCAD | Signal processing -- Digital techniquesDDC classification: 621.3822
Contents:
About Mathcad Electronic Books. - Preface. - Introduction. - Digital signals and systems. 1. Digital signals. 2. Digital (FIR) filters. 3. Discrete fourier transform. 4. Discrete fourier transform properties. 5. Fast convolution. 6. Discrete-time fourier transform. 7. Discrete-time fourier transform properties. - FIR filters. 8. FIR filters with linear phase. 9. FIR filters : geometric view. 10. FIR design by frequency sampling. 11. FIR design for SSB-AM communications. 12. FIR design by windows. 13. FIR design with an optimal window. 14. FIR design for equiripple. - Sampling. 15. Sampling analog signals. 16. Interpolation. 17. Sampling digital signals. - IIR filters. 18. Linear different equations. 19. IIR filters : geometric view. 20. IIR filters : examples. 21. IIR design for given magnitude. 22. IIR design : butterworth filters. 23. IIR design : chebyshev filters. - Pt. 6. Spectral density estimation. 24. Stationary random sequences. 25. Estimating ramdom sequences. 26. Spectral density estimation. - Image processing. 27. Digital images. 28. Digital image filtering. - Adaptive filtering. 29. Adaptive FIR filters. 30. Adaptive equalization. - Radar data processing. 31. Radar processing. 32. Imaging radar. - A mathcad tutorial. - Bibliography. - Index.
Summary: "This interactive book is an introduction to the analysis, modeling, design and simulation of digital signal processing systems directly on a digital computer using the high-level mathematical language, with symbolic, numeric, graphic and text capabilities, enables relatively easy implimentation of all the topics covered in an introductory course in digital signal processing systems. Interactivity, "what if" trial-and-error solutions and graphic visualization are powerful learning methods." - Preface.
Item type Current location Call number Copy number Status Notes Date due Barcode Remark
Main Collection TU External Storage-LCS
621.3822 HAR (Browse shelf) 1 Available ADTP, 93930 1000107044 Please fill up online form at https://taylorslibrary.taylors.edu.my/services/external_storage1

About Mathcad Electronic Books. - Preface. - Introduction. - Digital signals and systems. 1. Digital signals. 2. Digital (FIR) filters. 3. Discrete fourier transform. 4. Discrete fourier transform properties. 5. Fast convolution. 6. Discrete-time fourier transform. 7. Discrete-time fourier transform properties. - FIR filters. 8. FIR filters with linear phase. 9. FIR filters : geometric view. 10. FIR design by frequency sampling. 11. FIR design for SSB-AM communications. 12. FIR design by windows. 13. FIR design with an optimal window. 14. FIR design for equiripple. - Sampling. 15. Sampling analog signals. 16. Interpolation. 17. Sampling digital signals. - IIR filters. 18. Linear different equations. 19. IIR filters : geometric view. 20. IIR filters : examples. 21. IIR design for given magnitude. 22. IIR design : butterworth filters. 23. IIR design : chebyshev filters. - Pt. 6. Spectral density estimation. 24. Stationary random sequences. 25. Estimating ramdom sequences. 26. Spectral density estimation. - Image processing. 27. Digital images. 28. Digital image filtering. - Adaptive filtering. 29. Adaptive FIR filters. 30. Adaptive equalization. - Radar data processing. 31. Radar processing. 32. Imaging radar. - A mathcad tutorial. - Bibliography. - Index.

"This interactive book is an introduction to the analysis, modeling, design and simulation of digital signal processing systems directly on a digital computer using the high-level mathematical language, with symbolic, numeric, graphic and text capabilities, enables relatively easy implimentation of all the topics covered in an introductory course in digital signal processing systems. Interactivity, "what if" trial-and-error solutions and graphic visualization are powerful learning methods." - Preface.

Accompanied by 1 computer optical disc (4 3/4 in.)