Introduction to Digital Signal Processing

Contents: Preface. 1. Introduction. 2. Discrete-time description of signals and systems. 3. Fourier transform of discrete-time signals. 4. The discrete Fourier transform. 5. The z-transform. 6. Digital filter structures. 7. From analysis to synthesis. 8. Infinite impulse response filter design techniques. 9. Finite impulse response filter design techniques. 10. Finite-precision effects. 11. Inverse filtering. Appendixes. Index.

"This book approaches digital signal processing and filter design in a novel way, by presenting the relevant theory and then having the student apply it by implementing signal processing routines on a computer. This mixture of theory and application has worked successfully. With this approach, the students receive a deeper and intuitive understanding of the theory, its applications and its limitations. This text also includes projects that require students to write computer programs to accomplish signal processing projects.

Features:

• The text has the flexibility of being used in a wide variety of digital signal processing courses.
  
• In addition to the problems, a set of computer projects is included, the programs for which should be written by the student.
  
• Instructions for program development are included as an integral part of the text and project description.
  
• Two advanced topics are covered in describing the effects of finite precision encountered in practical hardware implementation of digital filters and an overview of inverse filters."