## Introduction to Digital Communications |

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### Contents

Review and Notation | 1 |

Introduction to Random Processes | 22 |

Linear Filtering of Random Processes | 68 |

Copyright | |

11 other sections not shown

## Introduction to Digital Communications |

We haven't found any reviews in the usual places.

Review and Notation | 1 |

Introduction to Random Processes | 22 |

Linear Filtering of Random Processes | 68 |

Copyright | |

11 other sections not shown

amplitude antipodal signals autocorrelation function average probability bandpass bandwidth baseband BFSK binary ASK BPSK chip waveform code word communication system continuous-time correlation receiver corresponds crosscorrelation crosscorrelation function decision regions decision rule decision statistic defined demodulation denote density function desired signal discrete-time distribution function energy evaluate example expression Fourier transform frequency function given Hamming code illustrated in Figure impulse response inphase input integral intersymbol interference interval linear filter linear system M-ary m-sequences matched filter minimax minimax threshold modulation noncoherent obtained orthogonal signals parameters phase angle pr(t probability of error QASK signal QPSK quadrature random process random process X(t received signal rectangular pulse Reed-Solomon code result Rx(t sampling Section sent shown in Figure si(t signal component signal constellation signal set signal-to-noise ratio so(t spectral density spread-spectrum Suppose symbol error probability transmitted signal variance vector waveform white Gaussian noise wide-sense stationary zero