№1-2 2016


Innovative technologies for increase immunity transfer information and its integrated software protection


S.S. Kukuschkin


Military Academy of Strategic Missile Forces named after Peter the Great Balashikha
Moscow region, Russian Federation


Are considered non-traditional methods of detecting and correcting data errors, messages and signals transmitted through the communication channels during testing and normal operation rocket and space technology in noisy environments. The basis of the proposed methods of synthesis of mathematical formalism developed constructive theory of finite fields. Its use allows to identify such structurallyalgorithmic transformation structurally transmitted code and signal-code constructions of the transmitted information, which used her natural redundancy to withstand the destructive interference ability. It is shown that traditional methods with a high degree of universality of their application cannot be met many of the requirements that apply to modern metrological support of space technology test. It offers an innovative system approach to improve the efficiency of information transmission and control of its reliability on the basis of an expanded set of invariants, which constitute the basis for the creation of diagnostic methods for the measurement of evaluation findings on the representation of non-traditional measurements images residues. This allows the use not only statistical, but reliability and deterministic methods of control of the received information. By this possibility when presenting data and reports lead not only invariants of the group properties of congruence transformed values with properties correlation, but also the use of the mathematical apparatus of finite differences. In this latter application a novelty is that the absolute difference between the first and second order is determined between the preceding and subsequent values residues images found on the same comparison module.


rocket and space technology, the distortion of messages interference, residues images messages, invariants sent messages, the group properties of congruence, the control accuracy of the information


[1] Mironovsky L. A., Slaev V. A. Invariants in metrology and technical diagnostics // Measurement Techniques. 1996. No 6. P. 3–14.

[2] Kukooschkin S. S., Zacharov V. N. Mathematical and methodical bases by using constructive theorem about the tailings for processing of measuring results // Measurement Techniques. 2006. No 9. P. 18–22.

[3] Kukooskin S. S. Models for vector presentation and nontraditional transformation of data in a residual classes system // Measurement Techniques. 2007. No 3. P. 15–20.

[4] Kukooskin S. S., Gooluy N. N. New methods and technologies of video images processing at full scale tests of complicated technical systems // Measurement Techniques. 2009. No 6. P. 20–24.

[5] Potupkin A. Yu., Antipov V. A. Theoretical bases of information processing ultraoperators synthesis of remote monitoring // Measurement Techniques. 2007. No 8. P. 10–15.

[6] Kukushkin S. S. The theory of finite fields and informatics: The 2m. Volume 1. Methods and algorithms, classic and innovative, based on the use of constructive remainder theorem. M. : MDRF, 2003. 284 s.

[7] Kukushkin S. S., Gladkov I. A., Chaplinskiy V. S. Methods and information technology monitoring states of dynamical systems. M. : MDRF, 2008. 327 s.

For citing this article

Kukuschkin S.S. Innovative technologies for increase immunity transfer information and its integrated software protection // The Research of the Science City, 2016, no. 1-2, pp. 13-20.

Creative Commons License
This Article is licensed under a Creative Commons Attribution-NonCommercial 4.0 International License (CC BY-NC 4.0).