Fundamentals of digital signal processing / Lonnie C. Ludeman.
By: Ludeman, Lonnie C
.
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Item type | Current library | Call number | Copy number | Status | Date due | Barcode | Item holds |
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General Lending | MTU Bishopstown Library Lending | 621.38043 (Browse shelf(Opens below)) | 1 | Available | 00035095 |
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621.38043 Foundations of digital signal processing and data analysis / | 621.38043 Digital filters : analysis, design, and applications / | 621.38043 Digital signal processing / | 621.38043 Fundamentals of digital signal processing / | 621.38043 Electronic signals and systems / | 621.38043 Signals and systems / | 621.38043 Discrete-time signal processing : an introduction / |
Enhanced descriptions from Syndetics:
The main objective of this book is to provide background and fundamental material in discrete-time systems, basic digital processing techniques, design procedures for digital filters, and the discrete Fourier transform.
Includes bibliographical references and index.
Introduction -- Fundamentals of discrete-time systems -- The z transform -- Analog filter design -- Digital filter design -- Realizations of digital filters -- The discrete fourier transform.
Table of contents provided by Syndetics
- Preface (p. xi)
- Introduction (p. 1)
- 0.1 Signal Processing Example (p. 1)
- 0.2 Structure of Special Digital Signal Processors (p. 7)
- 0.3 Other Realizations of Digital Filters (p. 11)
- 0.4 Implementation of Digital Filters (p. 16)
- 0.5 Advantages of Digital Filters and Processing (p. 17)
- Bibliography (p. 17)
- Chapter 1 Fundamentals of Discrete-Time Systems (p. 18)
- 1.0 Introduction (p. 18)
- 1.1 Basic Definitions (p. 19)
- 1.2 Important Discrete-Time Signals (p. 21)
- 1.3 Discrete-Time Systems (p. 26)
- 1.4 Fourier Transform of Sequences (p. 55)
- 1.5 Sampling of Continuous-Time Signals (p. 57)
- 1.6 Digital Filter with A/D and D/A (p. 61)
- 1.7 Summary (p. 67)
- Bibliography (p. 67)
- Problems (p. 68)
- Chapter 2 The Z Transform (p. 76)
- 2.1 Definition of the Z Transform (p. 76)
- 2.2 Inverse Z Transforms (p. 87)
- 2.3 Relationships Between System Representations (p. 100)
- 2.4 Computation of Frequency Response (p. 104)
- 2.5 Solution of Linear Constant Coefficient Difference Equations (p. 105)
- 2.6 Summary (p. 110)
- Bibliography (p. 112)
- Problems (p. 112)
- Chapter 3 Analog Filter Design (p. 120)
- 3.0 Introduction (p. 120)
- 3.1 Butterworth Filters (p. 122)
- 3.2 Chebyshev Filters (p. 134)
- 3.3 Elliptic Filters (p. 146)
- 3.4 General Filter Forms (p. 163)
- 3.5 Summary (p. 164)
- References (p. 165)
- Problems (p. 165)
- Chapter 4 Digital Filter Design (p. 167)
- 4.0 Discrete-Time Filters (p. 167)
- 4.1 Design by Using Numerical Solutions of Differential Equations (p. 168)
- 4.2 Analog Design Using Digital Filters (p. 179)
- 4.3 Design of Digital Filters Using Digital-to-Digital Transformations (p. 181)
- 4.4 Impulse Invariant Design (p. 187)
- 4.5 Minimization of Mean Squared Error IIR Filter Design (p. 190)
- 4.6 FIR Filter Design (p. 191)
- 4.7 Summary (p. 206)
- References (p. 206)
- Problems (p. 207)
- Chapter 5 Realizations of Digital Filters (p. 217)
- 5.1 Direct Form Realizations of IIR Filters (p. 217)
- 5.2 Cascade Realizations of IIR Filters (p. 224)
- 5.3 Parallel Realizations of IIR Filters (p. 228)
- 5.4 State Variable Realizations (p. 231)
- 5.5 REalizations of FIR Filters (p. 246)
- 5.6 Implementation of Digital Filters (p. 252)
- 5.7 Summary (p. 254)
- References (p. 254)
- Problems (p. 255)
- Chapter 6 The Discrete Fourier Transform (p. 257)
- 6.0 Introduction (p. 257)
- 6.1 Continuous-Time Fourier Series (p. 258)
- 6.2 Discrete-Time Fourier Series (p. 259)
- 6.3 The Discrete Fourier Transform (p. 262)
- 6.4 Computation of the Discrete Fourier Transform (p. 270)
- 6.5 Fast Fourier Transform (p. 272)
- 6.6 Interpretation of DFT Results (p. 286)
- 6.7 DFT-Fourier Transform Relationships (p. 293)
- 6.8 Discrete Fourier Transforms of Sinusoidal Sequences (p. 295)
- 6.9 Summary (p. 301)
- References (p. 302)
- Problems (p. 302)
- Appendix A A Short Review of Linear System Theory (p. 315)
- Appendix B Useful Formulas (p. 316)
- Appendix C Table of Z Transform Pairs (p. 321)
- Index (p. 323)