N.V. Onufriev, I.N. Kryukov

Statement of the problem. The effectiveness of the functioning of the means of detecting violators is inextricably linked with the features of their construction and application. At the same time, existing approaches to choosing rational options for building detection tools are acceptable in some rather narrow areas of application of geographically distributed security systems, which requires the development of universal systemic approaches to justify such a choice. Goal. To develop universal approaches to the choice of options for building means of detecting violators, taking into account the features of tasks performed by geographically distributed security systems. Results. The article presents a method for choosing rational options for building an information and measuring system for detecting violators. Theoretical significance. The developed methodology is a solution to the problem of multi-criterion selection of means of detecting violators, taking into account the security problem to be solved, and differs from the options known for comprehensively evaluating the construction of their information and measuring systems in terms of alarm reliability, applicability and cost. Practical significance. The calculated desirability indicators of monophysical, combined and combined detection tools for violators using seismic and radio engineering ultra-high-frequency and microwave operating principles ensure their comparison within the framework of the generalized problem of the alarm cover of the security front line.

Onufriev N.V., Kryukov I.N. Methodology for choosing rational options for building an information-measuring sys- tem for detecting intruders. Radiotekhnika. 2021. V. 85. № 2. P. 58−63. DOI: 10.18127/j00338486-202102-09  (In Russian).

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