Book description
This text employs MATLAB both computationally and pedagogically to provide interactive visual reinforcement of the fundamentals, including the characteristics of signals, operations used on signals, time and frequency domain analyses of systems, continuous-time and discrete-time signals and systems, and more. The book includes hands-on MATLAB modules linked to specific segments of the text to ensure seamless integration between learning and doing. A solutions manual, MATLAB code, figures, presentation slides, and other ancillary materials are available on an author-supported website or with qualifying course adoption.
Table of contents
- Preliminaries
- Dedication
- Preface
-
Chapter 1 Signal Representation and Modeling
- Chapter Objectives
- 1.1 Introduction
- 1.2 Mathematical Modeling of Signals
- 1.3 Continuous-Time Signals
- 1.4 Discrete-Time Signals
- 1.5 Further Reading
- MATLAB Exercises
- Problems
- MATLAB Problems
- MATLAB Projects
-
- Figure 1.1
- Figure 1.2
- Figure 1.3
- Figure 1.4
- Figure 1.5
- Figure 1.6
- Figure 1.7
- Figure 1.8
- Figure 1.9
- Figure 1.10
- Figure 1.11
- Figure 1.12
- Figure 1.13
- Figure 1.14
- Figure 1.15
- Figure 1.16
- Figure 1.17
- Figure 1.18
- Figure 1.19
- Figure 1.20
- Figure 1.21
- Figure 1.22
- Figure 1.23
- Figure 1.24
- Figure 1.25
- Figure 1.26
- Figure 1.27
- Figure 1.28
- Figure 1.29
- Figure 1.30
- Figure 1.31
- Figure 1.32
- Figure 1.33
- Figure 1.34
- Figure 1.35
- Figure 1.36
- Figure 1.37
- Figure 1.38
- Figure 1.39
- Figure 1.40
- Figure 1.41
- Figure 1.42
- Figure 1.43
- Figure 1.44
- Figure 1.45
- Figure 1.46
- Figure 1.47
- Figure 1.48
- Figure 1.49
- Figure 1.50
- Figure 1.51
- Figure 1.52
- Figure 1.53
- Figure 1.54
- Figure 1.55
- Figure 1.56
- Figure 1.57
- Figure 1.58
- Figure 1.59
- Figure 1.60
- Figure 1.61
- Figure 1.62
- Figure 1.63
- Figure 1.64
- Figure 1.65
- Figure 1.66
- Figure 1.67
- Figure 1.68
- Figure 1.69
- Figure 1.70
- Figure 1.71
- Figure 1.72
- Figure 1.73
- Figure 1.74
- Figure 1.75
- Figure 1.76
- Figure 1.77
- Figure 1.78
- Figure 1.79
- Figure 1.80
- Figure 1.81
- Figure 1.82
- Figure 1.83
- Figure 1.84
- Figure 1.85
- Figure 1.86
- Figure 1.87
- Figure 1.88
- Figure 1.89
- Figure 1.90
- Figure 1.91
- Figure 1.92
- Figure 1.93
- Figure P. 1.2
- Figure P. 1.4
- Figure P. 1.10
- Figure P. 1.12
- Figure P. 1.13
- Figure P. 1.23
- Figure P. 1.25
- Figure P. 1.33
- Figure P. 1.39
- Figure P. 1.51
-
Chapter 2 Analyzing Continuous-Time Systems in the Time Domain
- Chapter Objectives
- 2.1 Introduction
- 2.2 Linearity and Time Invariance
- 2.3 Differential Equations for Continuous-Time Systems
- 2.4 Constant-Coefficient Ordinary Differential Equations
- 2.5 Solving Differential Equations
- 2.6 Block Diagram Representation of Continuous-Time Systems
- 2.7 Impulse Response and Convolution
- 2.8 Causality in Continuous-Time Systems
- 2.9 Stability in Continuous-Time Systems
- 2.10 Approximate Numerical Solution of a Differential Equation
- 2.11 Further Reading
- MATLAB Exercises
- Problems
- MATLAB Problems
- MATLAB Projects
-
- Figure 2.1
- Figure 2.2
- Figure 2.3
- Figure 2.4
- Figure 2.5
- Figure 2.6
- Figure 2.7
- Figure 2.8
- Figure 2.9
- Figure 2.10
- Figure 2.11
- Figure 2.12
- Figure 2.13
- Figure 2.14
- Figure 2.15
- Figure 2.16
- Figure 2.17
- Figure 2.18
- Figure 2.19
- Figure 2.20
- Figure 2.21
- Figure 2.22
- Figure 2.23
- Figure 2.24
- Figure 2.25
- Figure 2.26
- Figure 2.27
- Figure 2.28
- Figure 2.29
- Figure 2.30
- Figure 2.31
- Figure 2.32
- Figure 2.33
- Figure 2.34
- Figure 2.35
- Figure 2.36
- Figure 2.37
- Figure 2.38
- Figure 2.39
- Figure 2.40
- Figure 2.41
- Figure 2.42
- Figure 2.43
- Figure 2.44
- Figure 2.45
- Figure 2.46
- Figure 2.47
- Figure 2.48
- Figure 2.49
- Figure 2.50
- Figure 2.51
- Figure 2.52
- Figure 2.53
- Figure P. 2.2
- Figure P. 2.4
- Figure P. 2.5
- Figure P. 2.12
- Figure P. 2.17
- Figure P. 2.18
- Figure P. 2.19
- Figure P. 2.20
- Figure P. 2.23
- Figure P. 2.24
- Figure P. 2.30
- Figure P. 2.36
- Figure P. 2.37
-
Chapter 3 Analyzing Discrete-Time Systems in the Time Domain
- Chapter Objectives
- 3.1 Introduction
- 3.2 Linearity and Time Invariance
- 3.3 Difference Equations for Discrete-Time Systems
- 3.4 Constant-Coefficient Linear Difference Equations
- 3.5 Solving Difference Equations
- 3.6 Block Diagram Representation of Discrete-Time Systems
- 3.7 Impulse Response and Convolution
- 3.8 Causality in Discrete-Time Systems
- 3.9 Stability in Discrete-Time Systems
- 3.10 Further Reading
- MATLAB Exercises
- Problems
- MATLAB Problems
- MATLAB Projects
-
- Figure 3.1
- Figure 3.2
- Figure 3.3
- Figure 3.4
- Figure 3.5
- Figure 3.6
- Figure 3.7
- Figure 3.8
- Figure 3.9
- Figure 3.10
- Figure 3.11
- Figure 3.12
- Figure 3.13
- Figure 3.14
- Figure 3.15
- Figure 3.16
- Figure 3.17
- Figure 3.18
- Figure 3.19
- Figure 3.20
- Figure 3.21
- Figure 3.22
- Figure 3.23
- Figure 3.24
- Figure 3.25
- Figure 3.26
- Figure 3.27
- Figure 3.28
- Figure 3.29
- Figure 3.30
- Figure 3.31
- Figure 3.32
- Figure 3.33
- Figure 3.34
- Figure 3.35
- Figure P. 3.3
- Figure P. 3.19
- Figure P. 3.20
- Figure P. 3.21
- Figure P. 3.22
- Figure P. 3.32
- Figure P. 3.35
-
Chapter 4 Fourier Analysis for Continuous-Time Signals and Systems
- Chapter Objectives
- 4.1 Introduction
- 4.2 Analysis of Periodic Continuous-Time Signals
-
4.3 Analysis of Non-Periodic Continuous-Time Signals
- 4.3.1 Fourier transform
- 4.3.2 Existence of Fourier transform
- 4.3.3 Developing further insight
- 4.3.4 Fourier transforms of some signals
-
4.3.5 Properties of the Fourier transform
- Linearity
- Duality
- Symmetry of the Fourier Transform
- Transforms of even and odd signals
- Time shifting
- Frequency shifting
- Modulation property
- Time and frequency scaling
- Differentiation in the time domain
- Differentiation in the frequency domain
- Convolution property
- Multiplication of two signals
- Integration
- 4.3.6 Applying Fourier transform to periodic signals
- 4.4 Energy and Power in the Frequency Domain
- 4.5 System Function Concept
- 4.6 CTLTI Systems with Periodic Input Signals
- 4.7 CTLTI Systems with Non-Periodic Input Signals
- 4.8 Further Reading
- MATLAB Exercises
- Problems
- MATLAB Problems
- MATLAB Projects
-
- Figure 4.1
- Figure 4.2
- Figure 4.3
- Figure 4.4
- Figure 4.5
- Figure 4.6
- Figure 4.7
- Figure 4.8
- Figure 4.9
- Figure 4.10
- Figure 4.11
- Figure 4.12
- Figure 4.13
- Figure 4.14
- Figure 4.15
- Figure 4.16
- Figure 4.17
- Figure 4.18
- Figure 4.19
- Figure 4.20
- Figure 4.21
- Figure 4.22
- Figure 4.23
- Figure 4.24
- Figure 4.25
- Figure 4.26
- Figure 4.27
- Figure 4.28
- Figure 4.29
- Figure 4.30
- Figure 4.31
- Figure 4.32
- Figure 4.33
- Figure 4.34
- Figure 4.35
- Figure 4.36
- Figure 4.37
- Figure 4.38
- Figure 4.39
- Figure 4.40
- Figure 4.41
- Figure 4.42
- Figure 4.43
- Figure 4.44
- Figure 4.45
- Figure 4.46
- Figure 4.47
- Figure 4.48
- Figure 4.49
- Figure 4.50
- Figure 4.51
- Figure 4.52
- Figure 4.53
- Figure 4.54
- Figure 4.55
- Figure 4.56
- Figure 4.57
- Figure 4.58
- Figure 4.59
- Figure 4.60
- Figure 4.61
- Figure 4.62
- Figure 4.63
- Figure 4.64
- Figure 4.65
- Figure 4.66
- Figure 4.67
- Figure 4.68
- Figure 4.69
- Figure 4.70
- Figure 4.71
- Figure 4.72
- Figure 4.73
- Figure 4.74
- Figure 4.75
- Figure 4.76
- Figure 4.77
- Figure 4.78
- Figure 4.79
- Figure 4.80
- Figure 4.81
- Figure 4.82
- Figure 4.83
- Figure 4.84
- Figure 4.85
- Figure 4.86
- Figure 4.87
- Figure 4.88
- Figure 4.89
- Figure 4.90
- Figure 4.91
- Figure 4.92
- Figure 4.93
- Figure 4.94
- Figure 4.95
- Figure 4.96
- Figure 4.97
- Figure 4.98
- Figure 4.99
- Figure P. 4.2
- Figure P. 4.5
- Figure P. 4.7
- Figure P. 4.8
- Figure P. 4.11
- Figure. P.4.14
- Figure P. 4.19
- Figure. P.4.20
- Figure. P.4.23
- Figure. P.4.31
- Figure. P.4.34
- Figure P. 4.47
- Figure P. 4.48
-
Chapter 5 Fourier Analysis for Discrete-Time Signals and Systems
- Chapter Objectives
- 5.1 Introduction
- 5.2 Analysis of Periodic Discrete-Time Signals
- 5.3 Analysis of Non-Periodic Discrete-Time Signals
- 5.4 Energy and Power in the Frequency Domain
- 5.5 System Function Concept
- 5.6 DTLTI Systems with Periodic Input Signals
- 5.7 DTLTI Systems with Non-Periodic Input Signals
- 5.8 Discrete Fourier Transform
- 5.9 Further Reading
- MATLAB Exercises
- Problems
- MATLAB Problems
- MATLAB Projects
-
- Figure 5.1
- Figure 5.2
- Figure 5.3
- Figure 5.4
- Figure 5.5
- Figure 5.6
- Figure 5.7
- Figure 5.8
- Figure 5.9
- Figure 5.10
- Figure 5.11
- Figure 5.12
- Figure 5.13
- Figure 5.14
- Figure 5.15
- Figure 5.16
- Figure 5.17
- Figure 5.18
- Figure 5.19
- Figure 5.20
- Figure 5.21
- Figure 5.22
- Figure 5.23
- Figure 5.24
- Figure 5.25
- Figure 5.26
- Figure 5.27
- Figure 5.28
- Figure 5.29
- Figure 5.30
- Figure 5.31
- Figure 5.32
- Figure 5.33
- Figure 5.34
- Figure 5.35
- Figure 5.36
- Figure 5.37
- Figure 5.38
- Figure 5.39
- Figure 5.40
- Figure 5.41
- Figure 5.42
- Figure 5.43
- Figure 5.44
- Figure 5.45
- Figure 5.46
- Figure 5.47
- Figure 5.48
- Figure 5.49
- Figure 5.50
- Figure 5.51
- Figure 5.52
- Figure 5.53
- Figure 5.54
- Figure 5.55
- Figure 5.56
- Figure 5.57
- Figure P.5.3
- Figure P.5.4
- Figure P.5.8
- Figure P.5.9
- Figure P.5.37
- Figure P.5.45
-
Chapter 6 Sampling and Reconstruction
- Chapter Objectives
- 6.1 Introduction
- 6.2 Sampling of a Continuous-Time Signal
- 6.3 Reconstruction of a Signal from Its Sampled Version
- 6.4 Resampling Discrete-Time Signals
- 6.5 Further Reading
- MATLAB Exercises
- Problems
- MATLAB Problems
- MATLAB Projects
-
- Figure 6.1
- Figure 6.2
- Figure 6.3
- Figure 6.4
- Figure 6.5
- Figure 6.6
- Figure 6.7
- Figure 6.8
- Figure 6.9
- Figure 6.10
- Figure 6.11
- Figure 6.12
- Figure 6.13
- Figure 6.14
- Figure 6.15
- Figure 6.16
- Figure 6.17
- Figure 6.18
- Figure 6.19
- Figure 6.20
- Figure 6.21
- Figure 6.22
- Figure 6.23
- Figure 6.24
- Figure 6.25
- Figure 6.26
- Figure 6.27
- Figure 6.28
- Figure 6.29
- Figure 6.30
- Figure 6.31
- Figure 6.32
- Figure 6.33
- Figure 6.34
- Figure 6.35
- Figure 6.36
- Figure 6.37
- Figure 6.38
- Figure 6.39
- Figure 6.40
- Figure 6.41
- Figure 6.42
- Figure 6.43
- Figure 6.44
- Figure 6.45
- Figure 6.46
- Figure 6.47
- Figure 6.48
- Figure 6.49
- Figure 6.50
- Figure 6.51
- Figure 6.52
- Figure 6.53
- Figure 6.54
- Figure 6.55
- Figure 6.56
- Figure 6.57
- Figure P. 6.1
- Figure P. 6.2
- Figure P. 6.14
- Figure P. 6.15
- Figure P. 6.19
-
Chapter 7 Laplace Transform for Continuous-Time Signals and Systems
- Chapter Objectives
- 7.1 Introduction
- 7.2 Characteristics of the Region of Convergence
- 7.3 Properties of the Laplace Transform
- 7.4 Inverse Laplace Transform
-
7.5 Using the Laplace Transform with CTLTI Systems
- 7.5.1 Relating the system function to the differential equation
- 7.5.2 Response of a CTLTI system to a complex exponential signal
- 7.5.3 Response of a CTLTI system to an exponentially damped sinusoid
- 7.5.4 Pole-zero plot for a system function
- 7.5.5 Graphical interpretation of the pole-zero plot
- 7.5.6 System function and causality
- 7.5.7 System function and stability
- 7.5.8 Allpass systems
- 7.5.9 Inverse systems
- 7.5.10 Bode plots
- 7.6. Simulation Structures for CTLTI Systems
- 7.7 Unilateral Laplace Transform
- 7.5 Further Reading
- MATLAB Exercises
- Problems
- MATLAB Problems
- MATLAB Projects
-
- Figure 7.1
- Figure 7.2
- Figure 7.3
- Figure 7.4
- Figure 7.5
- Figure 7.6
- Figure 7.7
- Figure 7.8
- Figure 7.9
- Figure 7.10
- Figure 7.11
- Figure 7.12
- Figure 7.13
- Figure 7.14
- Figure 7.15
- Figure 7.16
- Figure 7.17
- Figure 7.18
- Figure 7.19
- Figure 7.20
- Figure 7.21
- Figure 7.22
- Figure 7.23
- Figure 7.24
- Figure 7.25
- Figure 7.26
- Figure 7.27
- Figure 7.28
- Figure 7.29
- Figure 7.30
- Figure 7.31
- Figure 7.32
- Figure 7.33
- Figure 7.34
- Figure 7.35
- Figure 7.36
- Figure 7.37
- Figure 7.38
- Figure 7.39
- Figure 7.40
- Figure 7.41
- Figure 7.42
- Figure 7.43
- Figure 7.44
- Figure 7.45
- Figure 7.46
- Figure 7.47
- Figure 7.48
- Figure 7.49
- Figure 7.50
- Figure 7.51
- Figure 7.52
- Figure 7.53
- Figure 7.54
- Figure 7.55
- Figure 7.56
- Figure 7.57
- Figure 7.58
- Figure 7.59
- Figure 7.60
- Figure 7.61
- Figure 7.62
- Figure 7.63
- Figure 7.64
- Figure 7.65
- Figure 7.66
- Figure 7.67
- Figure 7.68
- Figure 7.69
- Figure 7.70
- Figure 7.71
- Figure 7.72
- Figure 7.73
- Figure 7.74
- Figure 7.75
- Figure 7.76
- Figure 7.77
- Figure 7.78
- Figure 7.79
- Figure 7.80
- Figure P. 7.3
- Figure P. 7.13
- Figure P. 7.14
- Figure P. 7.15
- Figure P. 7.34
- Figure P. 7.48
- Figure P. 7.49
-
Chapter 8 z-Transform for Discrete-Time Signals and Systems
- Chapter Objectives
- 8.1 Introduction
- 8.2 Characteristics of the Region of Convergence
- 8.3 Properties of the z-Transform
- 8.4 Inverse z-Transform
-
8.5 Using the z-Transform with DTLTI Systems
- 8.5.1 Relating the system function to the difference equation
- 8.5.2 Response of a DTLTI system to complex exponential signal
- 8.5.3 Response of a DTLTI system to exponentially damped sinusoid
- 8.5.4 Graphical interpretation of the pole-zero plot
- 8.5.5 System function and causality
- 8.5.6 System function and stability
- 8.5.7 Allpass systems
- 8.5.8 Inverse systems
- 8.6 Implementation Structures for DTLTI Systems
- 8.7 Unilateral z-Transform
- 8.8 Further Reading
- MATLAB Exercises
- Problems
- MATLAB Problems
- MATLAB Project
-
- Figure 8.1
- Figure 8.2
- Figure 8.3
- Figure 8.4
- Figure 8.5
- Figure 8.6
- Figure 8.7
- Figure 8.8
- Figure 8.9
- Figure 8.10
- Figure 8.11
- Figure 8.12
- Figure 8.13
- Figure 8.14
- Figure 8.15
- Figure 8.16
- Figure 8.17
- Figure 8.18
- Figure 8.19
- Figure 8.20
- Figure 8.21
- Figure 8.22
- Figure 8.23
- Figure 8.24
- Figure 8.25
- Figure 8.26
- Figure 8.27
- Figure 8.28
- Figure 8.29
- Figure 8.30
- Figure 8.31
- Figure 8.32
- Figure 8.33
- Figure 8.34
- Figure 8.35
- Figure 8.36
- Figure 8.37
- Figure 8.38
- Figure 8.39
- Figure 8.40
- Figure 8.41
- Figure 8.42
- Figure 8.43
- Figure 8.44
- Figure 8.45
- Figure 8.46
- Figure 8.47
- Figure 8.48
- Figure 8.49
- Figure 8.50
- Figure 8.51
- Figure 8.52
- Figure 8.53
- Figure 8.54
- Figure 8.55
- Figure 8.56
- Figure 8.57
- Figure 8.58
- Figure 8.59
- Figure 8.60
- Figure 8.61
- Figure P. 8.3
- Figure P. 8.33
- Figure P. 8.56
-
Chapter 9 State-Space Analysis of Systems
- Chapter Objectives
- 9.1 Introduction
-
9.2 State-Space Modeling of Continuous-Time Systems
- 9.2.1 State-space models for CTLTI systems
- 9.2.2 Obtaining state-space model from physical description
- 9.2.3 Obtaining state-space model from differential equation
- 9.2.4 Obtaining state-space model from system function
- 9.2.5 Alternative state-space models
- 9.2.6 CTLTI systems with multiple inputs and/or outputs
- 9.2.7 Solution of state-space model
- 9.2.8 Computation of the state transition matrix
- 9.2.9 Obtaining system function from state-space model
- 9.3 State-Space Modeling of Discrete-Time Systems
- 9.4 Discretization of Continuous-Time State-Space Model
- 9.5 Further Reading
- MATLAB Exercises
- Problems
- MATLAB Problems
-
Chapter 10 Analysis and Design of Filters
- Chapter Objectives
- 10.1 Introduction
- 10.2 Distortionless Transmission
- 10.3 Ideal Filters
- 10.4 Design of Analog Filters
- 10.5 Design of Digital Filters
- 10.6 Further Reading
- MATLAB Exercises
- Problems
- MATLAB Problems
- MATLAB Projects
-
- Figure 10.1
- Figure 10.2
- Figure 10.3
- Figure 10.4
- Figure 10.5
- Figure 10.6
- Figure 10.7
- Figure 10.8
- Figure 10.9
- Figure 10.10
- Figure 10.11
- Figure 10.12
- Figure 10.13
- Figure 10.14
- Figure 10.15
- Figure 10.16
- Figure 10.17
- Figure 10.18
- Figure 10.19
- Figure 10.20
- Figure 10.21
- Figure 10.22
- Figure 10.23
- Figure 10.24
- Figure 10.25
- Figure 10.26
- Figure 10.27
- Figure 10.28
- Figure 10.29
- Figure 10.30
- Figure 10.31
- Figure 10.32
- Figure 10.33
- Figure 10.34
- Figure 10.35
- Figure 10.36
- Figure 10.37
- Figure 10.38
- Figure 10.39
- Figure 10.40
- Figure 10.41
- Figure 10.42
- Figure 10.43
- Figure 10.44
- Figure 10.45
- Figure 10.46
- Figure 10.47
- Figure 10.48
- Figure 10.49
- Figure 10.50
- Figure 10.51
- Figure 10.52
- Figure 10.53
- Figure 10.54
- Figure 10.55
- Figure P. 10.3
- Figure P. 10.4
- Figure P. 10.19
- Figure P. 10.32
- Figure P. 10.37
-
Chapter 11 Amplitude Modulation
- Chapter Objectives
- 11.1 Introduction
- 11.2 The Need for Modulation
- 11.3 Types of Modulation
- 11.4 Amplitude Modulation
- 11.5 Double-Sideband Suppressed Carrier Modulation
- 11.6 Single-Sideband Modulation
- 11.7 Further Reading
- MATLAB Exercises
- Problems
- MATLAB Problems
- MATLAB Projects
-
- Figure 11.1
- Figure 11.2
- Figure 11.3
- Figure 11.4
- Figure 11.5
- Figure 11.6
- Figure 11.7
- Figure 11.8
- Figure 11.9
- Figure 11.10
- Figure 11.11
- Figure 11.12
- Figure 11.13
- Figure 11.14
- Figure 11.15
- Figure 11.16
- Figure 11.17
- Figure 11.18
- Figure 11.19
- Figure 11.20
- Figure 11.21
- Figure 11.22
- Figure 11.23
- Figure 11.24
- Figure 11.25
- Figure 11.26
- Figure 11.27
- Figure 11.28
- Figure 11.29
- Figure 11.30
- Figure 11.31
- Figure 11.32
- Figure 11.33
- Figure 11.34
- Figure 11.35
- Figure 11.36
- Figure 11.37
- Figure 11.38
- Figure 11.39
- Figure 11.40
- Figure P. 11.7
- Figure P. 11.9
- Figure P. 11.12
- Figure P. 11.15
- Figure P. 11.16
- Figure P. 11.21
- Appendix A Complex Numbers and Euler’s Formula
- Appendix B Mathematical Relations
- Appendix C Closed Forms for Sums of Geometric Series
- Appendix D Orthogonality of Basis Functions
- Appendix E Partial Fraction Expansion
-
Appendix F Review of Matrix Algebra
- Matrix
- Vector
- Square matrix
- Diagonal matrix
- Identity matrix
- Equality of two matrices
- Trace of a square matrix
- Transpose of a matrix
- Determinant of a square matrix
- Minors of a square square matrix
- Cofactors of a square square matrix
- Adjoint of a square square matrix
- Scaling a matrix
- Addition of two matrices
- Scalar product of two vectors
- Multiplication of two matrices
- Inversion of a matrix
- Eigenvalues and eigenvectors
Product information
- Title: Signals and Systems
- Author(s):
- Release date: April 2016
- Publisher(s): CRC Press
- ISBN: 9781498759847
You might also like
book
Signals and Systems
Signals and Systems provides comprehensive coverage of all topics within the signals and systems' paper offered …
book
Signals and Systems For Dummies
Getting mixed signals in your signals and systems course? The concepts covered in a typical signals …
book
FPGA-based Implementation of Signal Processing Systems, 2nd Edition
An important working resource for engineers and researchers involved in the design, development, and implementation of …
book
Understanding Digital Signal Processing, Second Edition
Amazon.com's top-selling DSP book for 5 straight years-now fully updated! Real-world DSP solutions for working professionals! …