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Authors: Gavrishev A., Zhuk A.     Published in № 4(70) 31 august 2017 year
Rubric: Models and Methods

Simulation of apparatus for protection against imitation of controlled objects with new set of chaotic signals

In this paper, the authors, on the basis of a software package ScicosLab, carried out a simulation of the apparatus for protection against imitation of controlled objects with high structural security of carrier signals with new set of chaotic signals. In the result of a simulation, when changes in the parameters of a chaotic signal, based on qualitative indicators representing time and spectral diagrams found that the simulated apparatus for protection against imitation of controlled objects with high structural security of carrier signals in general copes with the task of encryption (the output signal has a noise-like appearance) and recovery of the information signal (source information signal and the recovered information signal have almost identical appearance). The distinctive feature of this apparatus for protection against imitation of controlled objects with high structural security of carrier signals is the possibility of using different chaotic signals that are recorded in rewritable drives chaotic sequences. This fact allows to significantly increase the security of the radio link from unauthorized access by third parties and opens the way for application of this technology not only in wireless fire alarm, but in other areas as wireless security systems. In the authors’ opinion, further research in this area should be conducted in the field of studying the applicability of other classes of chaotic signals for the transfer of a protected communication and use of various pseudo-random sequences limited by the range [ –1; 1] as an information signal.

Key words

apparatus for protection against imitation of controlled objects, chaotic signals, alarm, protection, radio.

The author:

Gavrishev A.

Degree:

Senior Lecturer, North-Caucasus Federal University

Location:

Stavropol

The author:

Zhuk A.

Degree:

PhD in Technique, Professor, North-Caucasus Federal University

Location:

Stavropol