## Theory and applications of statistical wave-period processing: a coherent and unified treatment of the signature recognition problem as related to detection systems with particular applications to sonar and radar systems, Volume 2 |

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### Contents

INTRODUCTION AND SUMMARY | 1 |

ANALYSIS OF LINEAR TRANSMISSION | 41 |

LINEAR THEORY OF SIGNATURE RECOG | 61 |

Copyright | |

12 other sections not shown

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### Common terms and phrases

absolute value processor amplitude approximately background signal bandlimited binomial distribution burst cessor channels Chapter coherence processor computed cross-correlator detection processor detection sensitivity detection system determine display field doppler shift doppler smearing equal event false target false target probability false target rate filter FM-Slide code FM-Slide transmission frequency coherence function given graph illustrated in Fig information bandpass input signal input signal-to-background ratio matched filter model binomial processor model processor modulo multipath smearing noise signal NR(x number of false PE(p PE(pB phase phase-coherence processor ping power spectral density processor output pulse random noise range received signal relative result reverberation background ROC curves sensor shown in Fig signal signature signal-to-noise ratio sine wave solution output sonar standard deviation statistical wave-period distribution subject example Table tabulated target signal target signature temporal length threshold level setting transmission medium transmission signature trial probability parameter type of processor wave-period distribution processor wave-period measure zero