Evalution Bandwidth of Optical Signal via Statistical Moments of Random Phase Screen | Zendy

Miranda Khajishvili | Zendy; Nugzar Gomidze | Zendy; Izolda Jabnidze | Zendy; Kakha Makharadze | Zendy; M. N. Chikhladze | Zendy

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Evalution Bandwidth of Optical Signal via Statistical Moments of Random Phase Screen

Author(s) -

Miranda Khajishvili,

Nugzar Gomidze,

Izolda Jabnidze,

Kakha Makharadze,

M. N. Chikhladze

Publication year - 2018

Publication title -

journal of polytechnic

Language(s) - English

Resource type - Journals

eISSN - 2147-9429

pISSN - 1302-0900

DOI - 10.2339/politeknik.379641

Subject(s) - gaussian , optics , statistical signal processing , bandwidth (computing) , physics , scattering , radiation , signal (programming language) , signal processing , statistical physics , statistics , mathematics , computer science , telecommunications , radar , quantum mechanics , programming language

The majority of the works are dedicated to the specific problem, for instance, scattering from the rough surface although, the general theoretical bases of the statistical and spectral characteristics of the scattered light for the light of non-Gaussian statistics have not been studied so far. The signals with such statistics are produced when the characteristic scales of the refraction factor is in comparison with the size of illuminated region. In the present paper, we discuss the method of signal processing for analyzing first and second order statistical moments of electromagnetic radiation.

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