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REVIEW OF THE RADAR RANGE EQUATION
Wh Marcums Use of the Radar Range Equation
STATISTICAL SIGNAL DETECTION
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amplitude angle aperture approximation azimuth bandwidth beam width beam-shape loss bias level bistatic Chapter characteristic function chi-square distribution chi-square target model coherent integration collapsing loss collapsing ratio correlation curves decibels defined degrees of freedom determined echoing area effective noise temperature energy false alarm number filter fluctuating target frequency Gaussian incomplete gamma function input integration efficiency integration loss IRE Trans log-normal log-normal distribution Meyer Plots noise factor noise power noise pulses noise temperature noncoherently integrated normal number of pulses obtained optimum output parameters probability density function probability of detection probability of false problem pulse returns pulse-to-pulse Pulsed Radar pulses integrated radar cross section radar range equation radar system Rayleigh Rayleigh distributed results sasind scan-to-scan Scanning loss search radar signal return signal-plus-noise pulses signal-to-noise ratio single-hit detection single-pulse signal-to-noise ratio solution square-law detector Swerling Swerling's Table tegrated terms tion transmitted type of collapsing value video integration wavelength