Authors: Koshelev N.D.,Danilova E.A.,Yurkov N.K.

Abstract. Lithium-ion batteries have become an indispensable power source for unmanned
aerial vehicles and other portable electronic devices, electric vehicles, and stationary energy storage
systems. However, their performance and safety can be compromised under high load conditions,
which can lead to catastrophic failures, such as thermal runaway and fire. To prevent such incidents,
it is crucial to develop reliable methods for predicting the failures of lithium-ion batteries under high
load conditions. In this article, we will discuss the prediction of failures of lithium-ion batteries under
high load on the BMS (Battery Monitoring System) charge boards in unmanned aerial vehicles
(UAV).

Keywords: lithium-ion batteries, battery monitoring system, charge boards, performance,
safety, unmanned aerial vehicles (UAV).

Ключевые слова: литий-ионные аккумуляторы, система мониторинга заряда батареи,
зарядные платы, производительность, безопасность, беспилотные летательные аппараты
(БПЛА).

Authors: Koshelev N.D.,Danilova E.A.,Yurkov N.K.

Abstract. Lithium-ion batteries have become an indispensable power source for unmanned
aerial vehicles and other portable electronic devices, electric vehicles, and stationary energy storage
systems. However, their performance and safety can be compromised under high load conditions,
which can lead to catastrophic failures, such as thermal runaway and fire. To prevent such incidents,
it is crucial to develop reliable methods for predicting the failures of lithium-ion batteries under high
load conditions. In this article, we will discuss the prediction of failures of lithium-ion batteries under
high load on the BMS (Battery Monitoring System) charge boards in unmanned aerial vehicles
(UAV).

Keywords: lithium-ion batteries, battery monitoring system, charge boards, performance,
safety, unmanned aerial vehicles (UAV).

Authors: Godunov A.I.,Koshelev N.D.,Yurkov N.K.

Abstract. As part of many specialized analog computers (SAVM) designed to simulate and
simulate the flight of aircraft, there are a number of electromechanical units and systems (integrating,
positional, instrument tracking systems, etc.), whose natural frequencies of oscillation should be at
least an order of magnitude higher than the frequency of change of the variables reproduced by them
in order to increase accuracy of modeling. In this regard, when designing a joint venture, it is
necessary to know the dynamic characteristics of the object, on the basis of which the technical
conditions for the manufacture of these blocks are developed. This article describes a technique for
obtaining the dynamic characteristics of the aircraft using the main control board (OPU).

Keywords: aircraft movement, dynamic characteristics, main control board, simulation
accuracy.

Authors: Isgandarov I.A.,Karimov Y.A.

Abstract. In this paper are analyses the types and development principles of aircraft air/ground
communication architecture, which is used for acquiring, conditioning and processing all required aircraft
parameters, collected from the aircraft and data, receives on low and high speed ARINC 429 buses. The paper also considers the possibility of receiving and sending data via ARINC 618 buses.
On the example of modern aircraft such as the Boeing 777 and Boeing 787, the functionality of
air/ground communication, built on the basis of a data communication management system (DCMS) and the principles of modernizing the airborne radio communication system, are investigated.
This paper also explores the capabilities of the Data Communications Management System (DCMS)
system architecture and interfaces for interfacing with other existing aircraft systems to send reports/queries on the uplink or downlink.

Keywords: Aircraft, datalink, communication, interface, uplink request, downlink request.

Authors: Isgandarov İ.A.,Karimov Y.A

Abstract. In this paper are analyses the types and development principles of aircraft air/ground
communication architecture, which is used for acquiring, conditioning and processing all required aircraft
parameters, collected from the aircraft and data, receives on low and high speed ARINC 429 buses. The paper also considers the possibility of receiving and sending data via ARINC 618 buses.
On the example of modern aircraft such as the Boeing 777 and Boeing 787, the functionality of
air/ground communication, built on the basis of a data communication management system (DCMS) and the rinciples of modernizing the airborne radio communication system, are investigated.
This paper also explores the capabilities of the Data Communications Management System (DCMS)
system architecture and interfaces for interfacing with other existing aircraft systems to send reports/queries on the uplink or downlink.
Keywords: Aircraft, datalink, communication, interface, uplink request, downlink request.

Authors: Godunov A.I., Koshelev N.D., Yurkov N.K.

Abstract. As part of many specialized analog computers (SAVM) designed to simulate and
simulate the flight of aircraft, there are a number of electromechanical units and systems (integrating,
positional, instrument tracking systems, etc.), whose natural frequencies of oscillation should be at
least an order of magnitude higher than the frequency of change of the variables reproduced by them
in order to increase accuracy of modeling. In this regard, when designing a joint venture, it is
necessary to know the dynamic characteristics of the object, on the basis of which the technical
conditions for the manufacture of these blocks are developed. This article describes a technique for
obtaining the dynamic characteristics of the aircraft using the main control board (OPU).

Keywords: aircraft movement, dynamic characteristics, main control board, simulation
accuracy.

Authors: Shyngysov N.

Abstract. The study is devoted to an overview of the history of the use of aviation materials
and their production. In the course of the work, chronology, sabotage analysis and statistical analysis
are used. The subject of the study is aviation materials. The objective of the research is to attract the
attention of the scientific community to the stagnation in the development of aviation materials
science based on the principle of materials production.

Keywords: materials science, aviation materials, composite materials, materials production,
materials analysis.

Authors: Shyngysov N.

Abstract. The study is devoted to an overview of the history of the use of aviation materials
and their production. In the course of the work, chronology, sabotage analysis and statistical analysis
are used. The subject of the study is aviation materials. The objective of the research is to attract the
attention of the scientific community to the stagnation in the development of aviation materials
science based on the principle of materials production.

Keywords: materials science, aviation materials, composite materials, materials production,
materials analysis.

Authors: Imasheva G.M., Bolotov E.A.

Abstract. The article “Analysis of the future of navigation systems” presents a study of the
prospects of development of navigation technologies. It analyzes current market trends and forecasts
their impact on future solutions in this area.

Keywords: global navigation of satellite type, communication system, artificial intelligence,
GPS, TCAS, security.

Authors: Alibekkyzy K.

Abstract. This article discusses the principle of autonomous operation of the control system
of an unmanned aerial vehicle in the event of loss of control or control signal.

Key words: Unmanned aerial vehicle (UAV), UAV control, automatic mode.

Authors: Sosunova D.Yu.,Alekperova G.D.,Kerimov B.A.

Abstract. The article examines in detail all the opportunities provided by the corridor for the
countries of the region, which shows that the implementation of this corridor will lead to the
expansion of regional transport networks and will stimulate mutual economic ties between the
countries of the region.

Keywords: international transport corridor, transport corridor, TRACECA, North-South,
development, Zangezur corridor.

Authors: Imasheva G.M., Bolotov E.A.

Abstract. The article “Analysis of the future of navigation systems” presents a study of the
prospects of development of navigation technologies. It analyzes current market trends and forecasts
their impact on future solutions in this area.

Keywords: global navigation of satellite type, communication system, artificial intelligence,
GPS, TCAS, security.