ANALYSIS OF THE PROBLEM OF FORMING A SET OF INFORMATION SECURITY TOOLS IN THE RADIO CHANNELS OF ROBOTIC COMPLEXES
V. A. Golovskoy · Voprosy kiberbezopasnosti · 2025
The purpose of the work is to analyze the problems of automated assessment of the sufficiency of non-cryptographic information security tools in radio channels of radio data transmission systems of robotic complexes. Research methods: general scientific methods – analysis, deductive inference, methods of system analysis and theory of algorithms, application of related abstractions of potential realizability and actual infinity. The result of the study: an approach to formalizing problems in the field of information security in the form of constructive objects is proposed, the application of which made it possible to form the corresponding massive problems of information protection in radio channels of radio data transmission systems of robotic complexes and evaluate them for algorithmic solvability. It is proposed to use the description of information security tools through a set of non-trivial semantic properties of the algorithms that control them. This approach provides an opportunity to abstract from the specifics of the implementation of information security tools and use such descriptions as part of constructive objects when using algorithms for assessing sufficiency and choosing the optimal set of information protection tools in radio channels. A hypothesis about the interrelation of these mass problems is proposed, for which a theorem is formulated and proved. Scientific significance: the presented results form the basis for the study of computational aspects of the task of constructing an effective algorithm for the formation of a set of information security tools in the radio channels of robotic complexes. The proposed description of information security tools by a set of non-trivial semantic properties of the algorithms controlling them provides the possibility of adequate consideration of their essential content and features significant for solving the problem without the need to consider their software or hardware-software implementation.