Method of processing of the ionospheric signals pulse
The new method of processing of pulse ionospheric signals is presented. It is based on positions of the theory of optimum reception. However these positions are applied to difference to the equation received after transformation of the accepted message. The theory of a method of processing is presented, the results of modeling calculations illustrating efficiency of a method ...
Bases of the theory of digital communication systems with not orthogonal carrier frequencies
The algorithm of the solution of the task of permission of signals in communication systems with not orthogonal carrier frequencies is provided. A basis are provisions of the theory of optimum reception in the annex to communication systems. It is shown that the system of equations of credibility allows to solve for communication systems the problem of permission of signals in the field of their nonorthogonality. It is shown that the solution ...
The filtration radio pulse maximum likelihood method
... problem of resolution of two radio impulses through the maximum likelihood method. The authors have obtained expressions for the optimum processing of a set of two radio impulses in the domains of their orthogonality and non-orthogonality, as well as expressions ... ..., навигация, связь». Воронеж, 2007. С. 344—353.
Pakhotin V., Molostova S., Bessonov V.
optimum reception theory, maximum likelihood method, correlation function, domain of orthogonality, non-orthogonality of signals, Rao-Cramér ...
A comparative evaluation of the correlation analysis and maximum likelihood method resolution in the reception of phase-shift keying signals based on Barker codes
This article presents the results of a MATLAB-assisted study into the maximum likelihood method resolution in the reception of two radioprobing signals based on Barker’s codes. The study is based on the expressions ob-tained by the authors within optimum reception theory that make it possible to carry out a joint evaluation of the same parameters of two signals and re-solve them based on these parameters.
1. Пахотин В. А., Бессонов В. А., Молостова С. В., Власова ...
Resolution of optical instruments
... И. Статистическая теория радиотехнических систем : учебное пособие для вузов. М., 2003.
Pahotin V., Molostova S., Nikitin M., Chugajnov A.
optic instruments, diffraction, theory of optimum reception, resolution capability, Rayleigh criterion.
The maximum likelihood method as applied to chirp signals
... expressions for chirp signal dispersion (Rao-Cramér dispersion). The article presents key findings of model calculations during the reception of chirp signals.
1. Перов А. И. Статистическая теория радиотехнических ... .... Радиоэлектроника. 2005. Вып. 4. С. 124—131.
Pakhotin V., Babinovich A., Strokov V
chirp signals, optimum reception theory, maximum likelihood method, digital processing of signals
The decision of the problem of definition of angular coordinates of object by the method of the maximum credibility
The new method of processing of the information in location systems is presented. It is based on positions of the theory of optimum reception. As the accepted message dependence of pressure on an exit radar-tracking the receiver from a corner of scanning is used by the diagramme of an orientation of antenna system. Theoretical positions and results of preliminary modeling calculations ...
Search algorithms for an extremum in the maximum likelihood method
5. Лопатин А. С. Метод отжига. СПб., 2005.
6. Ingber L. Very fast simulated re-annealing. Monterey, 1988.
Simonov R., Pakhotin V.
simulated annealing, steepest descent, optimization algorithms, nonorthogonally of signals, optimum reception theory, maximum likelihood method