Digital Signal Processing, 4e

Chapter 1: Classification of Signals and Systems 
Chapter 2: Analysis of Continuous Time Signals 
Chapter 3: Linear Time Invariant Continuous Time Systems
Chapter 4: Analysis of Discrete Time Signals
Chapter 5: Linear Time Invariant-Discrete Time Systems
Chapter 6: Fast Fourier Transforms
Chapter 7: Finite Impulse Response Filters
Chapter 8: Infinite Impulse Response Filters
Chapter 9: Realisation of Digital Linear Systems
Chapter 10: Effects of Finite Word Length in Digital Filters
Chapter 11: Multirate Digital Signal Processing
Chapter 12: Discrete-Time Random Signal Processing
Chapter 13: Power Spectrum Estimation
Chapter 14: Adaptive Filters
Chapter 15: Applications of Digital Signal Processing
Chapter 16: Digital Signal Processors
Chapter 17: MATLAB Programs


Appendix A: The sinc Functions Table
Appendix B: Important Formulae and Series
Appendix C: Butterworth Polynomials and Chebyshev Polynomials
Appendix D: Specification and Impulse response for FIR filter design by Fourier series method; Normalized ideal frequency response and impulse response for FIR filter design using Windows




Index

OVERVIEW
Digital Signal Processing is a trademark book that covers all the fundamentals of the area in a well arranged and lucid manner. This fourth edition has been carefully revised to update the text with the latest developments in the field. Enriched with a large number of well-designed problems and MATLAB programs, the book offers a right blend of theory and application. The book is suitable as a text for subjects Signals and Systems and Digital Signal Processing in B.E./B.Tech., AMIE and Grade IETE degree programs, and for the subject Advanced Digital Signal Processing in the M.E./M.Tech. degree program. It will also serve as a useful reference to those preparing for competitive examinations.




KEY FEATURES
1. Detailed coverage of latest AICTE model curriculum
2. Digital Signal Processing presented with an application-based approach
3. Learning Objective (LOs) and Level of Difficulty (LODs) added to render clarity and preciseness
4. Newly written and updated chapters on Continuous Time Signals, Discrete Fourier Transform, and Fast Fourier Transform
5. Expanded coverage on topics like Convolution, ROC for Laplace Transform, Goertzel algorithm, BIBO stability, Filter structures, etc.
6. Updated MATLAB Programs along with their outputs
7. Rich Pedagogy:
  o 555 Diagrams
  o 425 Solved Examples
  o 755 Review Questions
  o 68 MATLAB Programs

• Digital Signal Processing