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Lushnikov B.V.,South-Western State University
Russian Engineering Research

Vibrational diagnostics of dynamic systems on the basis of separate identification of the dissipative parameters of dry positional and viscous friction is considered. © 2010 Allerton Press, Inc. Source

Lushnikov B.V.,South-Western State University
Russian Engineering Research

By computer analysis of experimental recordings of free damping vibrations in a dynamic system, the dissipative parameters of dry and viscous friction may be determined on the basis of numerical construction of the envelope using an integral Hilbert transformation. The algorithm permits digital filtration, thinning, and smoothing of the initial data and averaging of the results. © 2014, Allerton Press, Inc. Source

Zhakin A.I.,South-Western State University | Bogomazov R.Y.,South-Western State University
Surface Engineering and Applied Electrochemistry

Plasma chemical reactions in an ultra-low-pressure nitrogen-oxygen plasma (p < 10 -7 Pa) in crossed electric and magnetic fields are analyzed. A technique for calculating the CVC, which provides the unambiguous determination of the pressure in the gas, is described. © 2012 Allerton Press, Inc. Source

Egorov S.I.,South-Western State University | Grafov O.B.,South-Western State University
Telecommunications and Radio Engineering (English translation of Elektrosvyaz and Radiotekhnika)

An algorithm for list decoding of Reed-Solomon codes with the decoding area radius, reaching n - k, is presented. Its correction capacities for Reed-Solomon codes, defined over the GF(28) field, are studied. © 2013 by Begell House, Inc. Source

Lupehina I.,South-Western State University | Rukavitsyn A.,South-Western State University
Proceedings of 2015 International Conference on Mechanical Engineering, Automation and Control Systems, MEACS 2015

This article discusses the questions of constructing an algorithm for solving differential equations that describe the dynamics of motion of a mobile two-mass mechanical system moving separately from the surface. The presented jumping mini-robot model consists of an external and an internal body, the variation of the angular velocity of which allows us to control the motion. © 2015 IEEE. Source

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