Перегляд за Автор "Vorobiov, Bohdan"
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Документ Application of Cost-Effective Acoustic Intelligence to Protect Critical Facilities from Drone Attacks(Institute of Electrical and Electronics Engineers, 2022) Pohasii, Serhii; Baranova, Valeria; Bilotserkivskyi, Oleksandr; Haponenko, Olha; Serhiienko, Olena; Vorobiov, BohdanUnauthorized use of unmanned aerial vehicles (UA Vs) for surveillance of important objects, carrying out terrorist attacks and sabotage, throwing prohibited objects (weapons, drugs) has updated the search for cost-effective and technically feasible solutions to counter UA Vs. An analysis of materials on this topic showed that the effectiveness of defeating all types of UA Vs by existing means of air defense and electronic warfare is quite high. However, the problem of countering small UA Vs, based on the experience of the war in Ukraine, is not resolved. The purpose of the article is to analyze the UA V, as an object of detection and countermeasures, using acoustic means of airspace control with minimal economic costs. The article presents the results of the analysis of the UAVas an object of detection and the issuance of target designations by means of acoustic observation.Документ UAVs Intercepting Possibility Substantiation: Economic and Technical Aspects(2022) Pohasii, Serhii; Korolov, Roman; Vorobiov, Bohdan; Bril, Mykhailo; Serhiienko, Olena; Milevskyi, StanislavThe main problem in the military and commercial sector is to detect the UAV and carry out a successful attack to neutralize it. In this case, sets of various tools from electronic warfare to missile systems can be used for destruction. Small, lightweight UAVs can be shot down with small arms, man-portable EW jamming, or rocket/cannon weapons, requiring more ammunition, limited energy, or high projectile costs. The most pressing issue is the definition of a tool that has intelligent computer control systems, sufficient technical characteristics, is mobile, easy to operate and economically feasible for use in the destruction of low-cost UAVs with a high coefficient of harm. This article discusses the economic and technical feasibility of using a UAV-controlled interceptor using the parallel approach guidance method.