1999-2007
2008-2013
2014-2015
2016-2020
2021
2021:
Generalization of super-resolution minimal polynomial method for direction
of arrival estimation under spatially colored noise and interference
conditions
Shmonin O.A.
Study of
methods for constructing adaptive meshes for quasi-static analysis of multiwire
transmission lines by the method of moments.
Maksimov A.E., Kuksenko S.P.
Generalized algorithm for determining AES orbit parameters based
on quadratic functionals.
Gabrielian D.D., Gorbachev A.N., Demchenko V.I.
Experimental research of the
angular superresolution of correlated signal sourcesby the minimum
polynomial method.
Averin I.M., Elokhin A.V., Flaksman A.G.
Optical
fiber piezoelectroluminescent sensor for measuring gradient deformation of
plates.
P
Mathematical model of a measuring complex
for determining the external parameters of active phased antenna arrays in the
near zone.
Atrokhov V.N., Litvinov
A.V., Mishchenko S.E., Shatsky V.V.
Modified cluster-variational method of triangulate estimation under the conditions
of uncertainty.
Bulychev Yu.G., Bulychev V.Yu, Chepel’ E.N.
Synthesis of matched filters.
Degtyaryov A. N., Afonin I. L.,
Polyakov A.L., Kozhemyakin A.S.
Accuracy estimation of the absolute phase recovery in interferometric
synthesized aperture radars data processing.
Sosnovsky A.V.
Antiufrieva L.A., Iansitov K.K., Dvorkovich A.V.
The optimization of binary group sequences generated by the nonlinear
code multiplexing.
Berdyshev O.Y.
Prony's method modification of multi frequency signals spectral analysis.
Minkin S.I.
Approximate Asymptotic Expressions for the Electromagnetic Field
and the Mutual Admittance of Slîts in a Conducting Convex Surface of
Rotation in the Form of Series of Azimuthal Harmonics.
Indenbom M.V.
Development and modeling of a magneto-optical magnetic field
gradient sensor with a torsion suspension of the sensor element.
Grishentsev A.Y., Korobeynikov
A.G., Goroshkov V.A., Chernov R.I., Tikhomirov A.V., Kozin O.V.
The optimization of multiphase group sequences generated by the
nonlinear code multiplexing.
Berdyshev O.YU.
A technique for approximating the input and transfer characteristics of
radio engineering devices and obtaining analytical mathematical models with
a high degree of adequacy.
Isaev V.O., Boykachev P.V.
2022:
Computational envelope methods for simulating radio frequency integrated
circuits with wide frequency range
Rusakov S.G., Ulyanov S.L.
-
article in Russian, 
- article in
English.