S.S. Zvezhinskiy, A.E. Kosarev

Problem. New method development for protecting extended facility boundaries with widespread machine vision systems, including based on mobile platforms, is urgent. However, security system effectiveness becomes dependent on weather, time, and other factors, previously unaccounted for all-weather intruder detection systems.

Objective. Approach justification to constructing a model and effectiveness of border protection, built on the basis of alarm and video surveillance integration, when intrusion risks and possible countermeasures vary in time and space, depending on natural, climatic, physical, geographical and other conditions.

Results. Developed spatial-time extended boundary protection model enables daily plan optimization for organizational and technical measures, based on security forces and alarm/machine vision equipment combined using.

Practical significance. Developed model permit automated workstation building for security system operator, including intelligent support for management decision.

Zvezhinskiy S.S., Kosarev A.E. Spatial-time boundary protection model and assessment of its effectiveness. Radiotekhnika. 2026.
V. 90. № 2. P. 33−38. DOI: https://doi.org/10.18127/j00338486-202602-05 (In Russian)

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