Digital Signal Processing and Digital Filter Design by C. Sidney Burrus - HTML preview
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Digital Signal Processing and Digital Filter Design (Draft)
Table of Contents
- Preface: Digital Signal Processing and Digital Filter Design
- Chapter 1. Signals and Signal Processing Systems
- 1.1. Continuous-Time Signals
- 1.2. Discrete-Time Signals
- 1.3. Discrete-Time Systems
- 1.4. Sampling, Up--Sampling, Down--Sampling, and Multi--Rate
- Chapter 2. Finite Impulse Response Digital Filters and Their Design
- 2.1. FIR Digital Filters
- 2.2. FIR Filter Design by Frequency Sampling or Interpolation
- 2.3. Least Squared Error Design of FIR Filters
- Discrete Frequency Samples of Error
- Continuous Frequency Definition of Error
- Weighted Least Integral Squares FIR Filter Design
- Section Conclusions
- Characteristics of Optimal Filters
- Complex and Minimum Phase Approximation
- References
- 2.4. Chebyshev or Equal Ripple Error Approximation Filters
- The Linear Phase FIR Filter Chebyshev Approximation Problem
- Chebyshev Approximation by Linear Programming
- Chebyshev Approximations using the Exchange Algorithms
- The Basic Parks-McClellan Formulation and Algorithm
- Examples of the Parks-McClellan Algorithm
- The Modified Parks-McClellan Algorithm
- The Hofstetter, Oppenheim, and Siegel Algorithm
- The Shpak and Antoniou Algorithm
- The New Equal Ripple Design Formulation and Exchange Algorithm
- Estimations of , the Length of Optimal Chebyshev FIR Filters
- Examples of Optimal Chebyshev Filters
- Chebyshev Approximation using Approximation
- Characteristics of Optimal Chebyshev Filters
- Complex Chebyshev Approximation
- Conclusions and Discussions of Chebyshev Design
- References
- 2.5. Taylor Series, Maximally Flat, and Zero Moment Design Criteria
- 2.6. Constrained Approximation and Mixed Criteria
- Trade-off of Error Measures and Design Specifications
- Constrained Least Squares Design
- L^p Approximation and the Iterative Reweighted Least Squares Method
- Minimum Phase Design
- Window Function Design of FIR Filters
- References
- Chapter 3. Infinite Impulse Response Digital Filters and Their Design
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