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Table of Contents
Intro
Preface
What You Can Find in This essential
Contents
Introduction
About Sine, Cosine, and Other Periodic Functions
Fourier Series
Derivation
From the Fourier Series to the Fourier Integral
The Fourier Transformation of Standard Signals
Aperiodic Rectangle Function
Aperiodic Sinc-Function
Gaussian Function
Compressed and Stretched Gaussian Functions
Dirac Function (Delta Function)
Cosine Function
Properties of the Fourier Transform and Approximation Relations
The Fourier Transformation as a Tool for the Description of Signals and Systems
Application of the Fourier Transform to Stochastic Signals
Optimal Receive Filter (Wiener Filter)
What You Can Take from This essential
Literature
Preface
What You Can Find in This essential
Contents
Introduction
About Sine, Cosine, and Other Periodic Functions
Fourier Series
Derivation
From the Fourier Series to the Fourier Integral
The Fourier Transformation of Standard Signals
Aperiodic Rectangle Function
Aperiodic Sinc-Function
Gaussian Function
Compressed and Stretched Gaussian Functions
Dirac Function (Delta Function)
Cosine Function
Properties of the Fourier Transform and Approximation Relations
The Fourier Transformation as a Tool for the Description of Signals and Systems
Application of the Fourier Transform to Stochastic Signals
Optimal Receive Filter (Wiener Filter)
What You Can Take from This essential
Literature