Specific Features of Professional and Applied Physical Training of a Kamikaze Drone Operator with Artificial Intelligence

Authors:

Igor Yu. Pugachev* Military training and scientific center of the Navy, «Admiral N.G. Kuznetsov Naval Academy » Saint Petersburg, Russia ORCID: 0000-0003-3849-2322, This email address is being protected from spambots. You need JavaScript enabled to view it.*

Abstract:

It is noted that guiding the target (point) on the radar, as is customary in the units of air defense operators and the corresponding air defense systems, and the real target on the video camera are represented by different mechanisms of proprioceptive motor skills of the f ighter’s lower extremities. The purpose was the study of the physical training specific feature of a kamikaze drone’s engineer-operator with artificial intelligence on the example of the "Microbe" modification. Materials and research methods: in the process of work, methods of logical processing of information were used; content analysis; compression and optimization of information; analytical forecasting; pedagogical experiment in real conditions of the special military operation. Results. In the Microbe drone, specialized microprocessors of microcircuits are focused on stream processing of the target tracking process composition. The S-75 anti aircraft missile system used an analog computer, which accompanied the target with two gates. Conclusion. To train the operator engineer of a kamikaze drone with artificial intelligence, it is advisable to use, among other things, the following exercises: maintaining balance with closed eyes; throwing the ball on the Bosu – the exercise is performed in pairs: the partners stand on the Bosu platforms and throw a medicine ball with sand or a medicine ball to each other; if there is no partner, you can replace the exercise with throwing the ball at the wall; training on a balance board – you need to smoothly and carefully stand on the machine, and then balance freely, rolling the cylinder under the board. Scientific novelty: it has been established that proprioceptive training, which promotes the development of balance sense and control over movement is most effective in the implementation of exercises in conditions of instability, which strengthen signals from peripheral parts of the body, especially from the extremities, by resonance transfer. Practical significance: physical training specialists should focus on maintaining postural balance for 30-60 seconds for each lower limb when implementing tasks for fighters with closed eyes.

Keywords:

military-human capital, engineer-operator, kamikaze drone with artificial intelligence, physical training, features.

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