This paper presents the theoretical probability densities of the outputs of both an amplitude-comparison monopulse radar and a phase-comparison monopulse radar when the monopulse radars are excited by Gaussian signals plus Gaussian noises. These probability densities are useful for studying the responses of monopulse radars to noise excitations. For example: Noise excitations arise when the monopulse radars are "viewing" a noise source or a radar target consisting of randomly moving scatterers. The probability densities also serve as useful approximations for characterizing the outputs of monopulse radars when sinusoidal signals plus Gaussian noises excite the monopulse radars. Some special cases of the probability densities are presented in graphs.


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    Title :

    Monopulse Radars Excited by Gaussian Signals


    Contributors:


    Publication date :

    1966-05-01


    Size :

    2097920 byte




    Type of media :

    Article (Journal)


    Type of material :

    Electronic Resource


    Language :

    English



    Comments on ``Monopulse Radars Excited by Gaussian Signals''

    Bishop, D. R. / Sheehan, J. A. | IEEE | 1967



    Reply Correlation Test Analysis in Monopulse Beacon Radars

    Fossi, Mario / Giuli, Dino / Mese, E. Dalle | IEEE | 1983