Signals and Systems using MATLAB

A pedagogically rich introduction to signals and systems, with applications in controls and communications

Signals and Systems Using MATLAB provides a pedagogically-rich and friendly approach to the subject. It nurtures the readers interest by balancing fundamentals with applications in controls, communications, and signal processing. The use of MATLAB, an essential tool in the practice of engineering, is integrated throughout to enhance the learning process. It not only helps illustrate the theoretical results but makes students aware of the computational issues that engineers face in implementing them.

Key Features:

• Separate treatment of continuous- and discrete-time signals and systems allow for better understanding and flexibility in the teaching of the material.

• Includes current applications in controls, communications, and signal processing.

• Presentation emphasizes connections and relevance of transformations used in the analysis of signals and systems so they are seen as a progression rather than as disconnected methods.

• Student friendly features throughout the text include highlighted summaries and well-thought out remarks, quotations and footnotes presenting interesting ideas or historical comments, and sidebars that provide additional historical or technical information. Plenty of worked out examples illustrate the theory.

• MATLAB examples in each chapter illustrate topics presented in the text. The MATLAB code is provided so that students can learn by example.

• End-of-chapter problems provide different levels of complexity for students to exercise basic problem-solving skills and to achieve a level of proficiency and mathematical sophistication.

• Available online testing and assessment component helps students assess their knowledge of the topics. Email textbooks@elsevier.com for details.

Contents: From the Ground Up; Continuous-time Signals; Continuous-time Systems; The Laplace Transform; Frequency Analysis: The Fourier Series; Frequency Analysis: The Fourier Transform; Application to Control and Communications; Sampling Theory; Discrete-time Signals and Systems; The Z-transform; Fourier Representation of Discrete-time Signals and Systems; Introduction to Discrete Filtering; Applications of Discrete-time Signals and Systems; Appendix A: Useful Formulas

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Signals and Systems Using MATLAB provides a pedagogically-rich and friendly approach to the subject. It nurtures the readers interest by balancing fundamentals with applications in controls, communications, and signal processing. The use of MATLAB, an essential tool in the practice of engineering, is integrated throughout to enhance the learning process. It not only helps illustrate the theoretical results but makes students aware of the computational issues that engineers face in implementing them.

Key Features:

• Separate treatment of continuous- and discrete-time signals and systems allow for better understanding and flexibility in the teaching of the material.

• Includes current applications in controls, communications, and signal processing.

• Presentation emphasizes connections and relevance of transformations used in the analysis of signals and systems so they are seen as a progression rather than as disconnected methods.

• Student friendly features throughout the text include highlighted summaries and well-thought out remarks, quotations and footnotes presenting interesting ideas or historical comments, and sidebars that provide additional historical or technical information. Plenty of worked out examples illustrate the theory.

• MATLAB examples in each chapter illustrate topics presented in the text. The MATLAB code is provided so that students can learn by example.

• End-of-chapter problems provide different levels of complexity for students to exercise basic problem-solving skills and to achieve a level of proficiency and mathematical sophistication.

• Available online testing and assessment component helps students assess their knowledge of the topics. Email textbooks@elsevier.com for details.

Contents: From the Ground Up; Continuous-time Signals; Continuous-time Systems; The Laplace Transform; Frequency Analysis: The Fourier Series; Frequency Analysis: The Fourier Transform; Application to Control and Communications; Sampling Theory; Discrete-time Signals and Systems; The Z-transform; Fourier Representation of Discrete-time Signals and Systems; Introduction to Discrete Filtering; Applications of Discrete-time Signals and Systems; Appendix A: Useful Formulas