V.T. Eremenko
The Main Contents of the Theory of Functional Standardization of Safety Protocols and Its Development Principles
The retrospect in developing the theory of functional standardization of safety protocols and its entity are under consideration. The initial premises are formulated, the methods are substantiated and the structure of the problem solving is developed.
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O.Yu. Peskova, S.V. Cherednichenko, and F.A. Kosolapov
Development of Behavior Blocking System
The basic concepts of behavior blocking technology, its distinction from standard antivirus methods and intrusion detection systems are considered. The proposed model of the behavior blocking system (BBS) is described. To execute this particular model a standard version for "Windows" protection is extended to a discretion control model with an isolated access. Based upon the above model and by adding higher-level models a special-purpose system is being designed, which is capable to turn the various types of well-known and hitherto unknown harmful applications, of blocking their effects and destroying them.
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V.I. Popov and A.A. Struev
Evaluation Technique for Special-Purpose Communication Network Immunity against Mutual Interference
Method is presented for the evaluation of communication system element protection against mutual interferences. The method is based on the determined variant-by-variant simulation of system components and of interference conditions in which the components are. The adequacy of the methods is achieved by the concreteness and comprehensiveness of the estimations which are made by the index of the communication network operation efficiency under the influence of mutual interferences.
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Ya.E. Lvovich, A.S. Dubroving, E.A. Rogozin, and V.I. Sumin
Technology of Information Safety Control in Automated Control Systems
A technological diagram is developed for organizational-and-technological process control of information protection in the automated control systems based on the use of program protective aids.
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M.A. Sokolov and V.I. Yarmolenko
Criteria for Estimate of Electromagnetic Compatibility of Radio Telecommunication Facilities
A criterion for electromagnetic compatibility (EMC) is suggested. Method of estimation of EMC of radio telecommunication facilities is provided. The method is based on using frequency selectivity characteristics for the different kinds of interferences.
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Yu.V. Kiseleva and A.N. Krenev
Semi-Natural Modeling in Mapping
of the Earth Surface
Basic stages of mathematical and physical simulation of a secondary radiation radio signal reflected from earth covers of different kinds are considered. It is necessary to implement the semi-natural simulation of the radar operating in the earth surface mapping mode.
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Ya.Yu. Shcherbakov
Application of Turbocodes
with M- Position Alphabet
in Low Power Communication Systems
The algorithm of decoding and the basic aspects of practical realization of M-position turbocodes are described. The results of modeling the operation of codices of 2-position and 4-position turbocodes in the Gaussian channel are demonstrated. There is also determined the required number of arithmetic operations and RAM capacity for practical realization of the most perspective of M-position turbocodes. Besides, the comparison of main of the known anti-interference codes and turbocodes in the coordinates of "energy gain-to-delay" is performed.
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A. N. Druzhinin and B. F. Zmij
Synthesis of Phase Devices on the Basis
of Active Third-Order Four-Terminal Networks
The paper considers the problems of construction of transfer functions of phase devices in the form of third-order multipliers and principles of implementation of third-order phase links.
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D V. Kabaev, E.A. Karacharov, V.Ye. Kocheganov, S.A. Metelev, and O.S. Razuvaeva
Simulator of Radio Communication Channels for Determining the Main Parameters of Spatial Noise Compensator
The results are demonstrated development of a simulator of radio communication channels allowing to significantly increase determining of the main parameters of spatial noise compensator and to investigate the efficiency of its application.
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A.I. Fedushin
On the Choice of the Size
of Customer's Increased Risk
Zone during Multistage Test
For the developed method of multistage measuring test (that can be classified as a number of adaptive control forms) the size of customer's increased risk zone under different laws of measurement error distribution is substantiated. The problems concerning the choice of a necessary number of testing cycles providing a required level of its validity are considered.
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