Sadiku, Matthew N. O.<br/> <br/><br/>
Signals And Systems. a Primer With Matlab 

 - 1A. ed 
 - ESTADOS UNIDOS  CRC PRESS  2020 
 - 421  23.5 
<br/><br/>Contents<br/>. -- Preface<br/>. -- Acknowledgments<br/>. -- Authors<br/>. -- Chapter 1 Basic Concepts<br/>. -- Global Positioning System<br/>. -- Introduction <br/>. -- Basic Definitions<br/>. -- Classifications Of Signals<br/>. -- Continuous-Time And Discrete-Time Signals<br/>. -- Periodic And Nonperiodic Signals<br/>. -- Analog And Digital Signals<br/>. -- Energy And Power Signals<br/>. -- Even And Odd Symmetry<br/>. -- Basic Continuous-Time Signals<br/>. -- Unit Step Function<br/>. -- Unit Impulse Function<br/>. -- Unit Ramp Function<br/>. -- Rectangular Pulse Function<br/>. -- Triangular Pulse Function<br/>. -- Sinusoidal Signal<br/>. -- Exponential Signal<br/>. -- Basic Discrete-Time Signals<br/>. -- Unit Step Sequence<br/>. -- Unit Impulse Sequence<br/>. -- Unit Ramp Sequence<br/>. -- Sinusoidal Sequence<br/>. -- Exponential Sequence<br/>. -- Basic Operations On Signals<br/>. -- Time Reversal<br/>. -- Time Scaling<br/>. -- Time Shifting<br/>. -- Amplitude Transformations<br/>. -- Classifications Of Systems <br/>. -- Continuous-Time And Discrete-Time Systems<br/>. -- Causal And Noncausal Systems<br/>. -- Linear And Nonlinear Systems<br/>. -- Time-Varying And Time-Invariant Systems<br/>. -- Systems With And Without Memory<br/>. -- Applications<br/>. -- Electric Circuit<br/>. -- Square-Law Device<br/>. -- Dsp System<br/>. -- Computing With Matlab<br/>. -- Summary<br/>. -- Review Questions<br/>. -- Problems<br/>. -- Chapter 2 Convolution<br/>. -- Enhancing Your Communication Skills<br/>. -- Introduction <br/>. -- Impulse Response<br/>. -- Convolution Integral<br/>. -- Graphical Convolution<br/>. -- Block Diagram Representation<br/>. -- Discrete-Time Convolution<br/>. -- Block Diagram Realization<br/>. -- Deconvolution<br/>. -- Computing With Matlab<br/>. -- Applications<br/>. -- Bibo Stability Of Continuous-Time Systems<br/>. -- Bibo Stability Of Discrete-Time Systems<br/>. -- Circuit Analysis<br/>. -- Summary<br/>. -- Review Questions<br/>. -- Problems<br/>. -- Chapter 3 The Laplace Transform<br/>. -- Historical Profile<br/>. -- Introduction <br/>. -- Definition Of The Laplace Transform<br/>. -- Properties Of The Laplace Transform<br/>. -- Linearity<br/>. -- Scaling<br/>. -- Time Shifting<br/>. -- Frequency Shifting<br/>. -- Time Differentiation<br/>. -- Time Convolution<br/>. -- Time Integration<br/>. -- Frequency Differentiation<br/>. -- Time Periodicity<br/>. -- Modulation<br/>. -- Initial And Final Values<br/>. -- The Inverse Laplace Transform<br/>. -- Simple Poles<br/>. -- Repeated Poles<br/>. -- Complex Poles<br/>. -- Transfer Function<br/>. -- Applications<br/>. -- Integro-Differential Equations<br/>. -- Circuit Analysis<br/>. -- Control Systems<br/>. -- Computing With Matlab<br/>. -- Summary<br/>. -- Review Questions<br/>. -- Problems<br/>. -- Chapter 4 Fourier Series<br/>. -- Historical Profile<br/>. -- Introduction <br/>. -- Trigonometric Fourier Series <br/>. -- Exponential Fourier Series<br/>. -- Properties Of Fourier Series<br/>. -- Linearity<br/>. -- Time Shifting<br/>. -- Time Reversal<br/>. -- Time Scaling<br/>. -- Even And Odd Symmetries<br/>. -- Parseval’S Theorem<br/>. -- Truncated Complex Fourier Series<br/>. -- Applications<br/>. -- Circuit Analysis<br/>. -- Spectrum Analyzers<br/>. -- Filters<br/>. -- Computing With Matlab<br/>. -- Summary<br/>. -- Review Questions<br/>. -- Problems<br/>. -- Chapter 5 Fourier Transform<br/>. -- Career In Control Systems<br/>. -- Introduction <br/>. -- Definition Of The Fourier Transform<br/>. -- Properties Of Fourier Transform<br/>. -- Linearity<br/>. -- Time Scaling<br/>. -- Time Shifting<br/>. -- Frequency Shifting<br/>. -- Time Differentiation<br/>. -- Frequency Differentiation<br/>. -- Time Integration<br/>. -- Duality<br/>. -- Convolution<br/>. -- Inverse Fourier Transform<br/>. -- Applications<br/>. -- Circuit Analysis<br/>. -- Amplitude Modulation<br/>. -- Sampling<br/>. -- Parseval’S Theorem<br/>. -- Comparing The Fourier And Laplace Transforms<br/>. -- Computing With Matlab<br/>. -- Summary<br/>. -- Review Questions<br/>. -- Problems<br/>. -- Chapter 6 Discrete Fourier Transform<br/>. -- Career In Communications Systems<br/>. -- Introduction <br/>. -- Discrete-Time Fourier Transform<br/>. -- Properties Of Dtft<br/>. -- Linearity<br/>. -- Time Shifting And Frequency Shifting<br/>. -- Time Reversal And Conjugation<br/>. -- Time Scaling<br/>. -- Frequency Differentiation<br/>. -- Time And Frequency Convolution<br/>. -- Accumulation<br/>. -- Parseval’S Relation<br/>. -- Discrete Fourier Transform<br/>. -- Fast Fourier Transform<br/>. -- Computing With Matlab<br/>. -- Applications<br/>. -- Touch-Tone Telephone<br/>. -- Windowing<br/>. -- Summary<br/>. -- Review Questions<br/>. -- Problems<br/>. -- Chapter 7 Z-Transform<br/>. -- Appendices<br/>. -- Codes Of Ethics<br/>. -- Introduction <br/>. -- Definition Of The Z-Transform<br/>. -- Region Of Convergence<br/>. -- Properties Of The Z-Transform<br/>. -- Linearity<br/>. -- Time-Shifting<br/>. -- Frequency Scaling<br/>. -- Time Reversal<br/>. -- Modulation<br/>. -- Accumulation<br/>. -- Convolution<br/>. -- Initial And Final Values<br/>. -- Inverse Z-Transform<br/>. -- Long Division Expansion<br/>. -- Partial Fraction Expansion<br/>. -- Applications<br/>. -- Linear Difference Equation<br/>. -- Transfer Function<br/>. -- Computing With Matlab<br/>. -- Summary<br/>. -- Review Questions<br/>. -- Problems<br/>. -- Selected Bibliography<br/>. -- Appendix A: Mathematical Formulas <br/>. -- Appendix B: Complex Numbers <br/>. -- Appendix C: Introduction To Matlab<br/>. -- Appendix D: Answers To Odd-Numbered Problems<br/>. -- Index 
<br/><br/><label>Subjects--Topical Terms: </label><br/>SEÑAL DE SISTEMAS<br/>INGENIERÍA DE SISTEMAS
<br/><br/><label>Dewey Class. No.: </label>621.3011.SADI.00