1- 2024 (21)

DOI: https://doi.org/10.37129/2313-7509.2024.21.77-86

EQUIPMENT OF THE RANGE WITH EDUCATIONAL AND TRAINING COMPLEXES TO INCREASE THE RANGE OF UAV CONTROL SYSTEMS

Abstract

The work substantiates the disadvantages of using unmanned aerial vehicles depending on the methods of detecting and blocking their control signals. It is shown that the Wi-Fi FPV control method is the most accurate and secure. A method of calculating the coordinates of the installation of repeaters has been developed to ensure reliable transmission and reception of the control signal of an unmanned aerial vehicle. It is proposed to make adjustments to the training system for operators of unmanned aerial vehicles. For this purpose, it is proposed to introduce additional equipment to the technical equipment of the test site for training operators of unmanned aerial vehicles: several repeaters installed on balloons with a control signal range of more than 20 km from the operator’s place; radar (or optical) station (for monitoring the movement (flight) of an unmanned aircraft). The proposed approach makes it possible to increase the range of the UAV control system by creating a multi-position radar field. The advantage of the proposed proposals is the possibility of achieving the maximum range of information transmission, the disadvantage is the need to provide high-bandwidth channels for information transmission, especially when controlling several drones. An algorithm for training operators in controlling the movement (flight) of unmanned aerial vehicles has been developed to improve their training.

Keywords: abstract virtual models, algorithm, combat training, information processing tools, computer and information technologies, method, educational and training complexes, operator, management.

FULL TEXT (in Ukrainian)

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Стаття надійшла до редакції 03.03.2024.