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Automated control of the smooth operation modes of control-measuring and control devices installed in unmanned aerial vehicles (UAV) was proposed, methods of solving their tuning, calibration and testing issues were given. Development of the tested intelligent system and its information support was carried out to perform the mentioned functions. Considering that the technical bases of the modern era are covered by intellectual systems, the article presented by us is quite relevant and covers the requirements of the modern era. As the existing metrological characteristics of the control-measuring devices (CMD) in service deteriorate over time, they become unusable and, as a result, the UAV loses its control. Therefore, the article envisages the prevention of such an emergency situation, the control of the normal state of the metrological characteristics of measuring devices, the implementation of their automated calibration, and thus there is no need to apply similar devices as substitutes for CMD in UA.

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The Principle of Development of an Intelligent System for Automatic Calibration of Control-Measuring Devices of Aircraft

  • 会议论文

  • 发表日期：

    2025年

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  • Mazahir Isayev,
  • Majid Gurbanov,
  • Leyla Mahmudbeyli,
  • Natavan Khasayeva,
  • Sevil Isgandarova

摘要

Automated control of the smooth operation modes of control-measuring and control devices installed in unmanned aerial vehicles (UAV) was proposed, methods of solving their tuning, calibration and testing issues were given. Development of the tested intelligent system and its information support was carried out to perform the mentioned functions. Considering that the technical bases of the modern era are covered by intellectual systems, the article presented by us is quite relevant and covers the requirements of the modern era. As the existing metrological characteristics of the control-measuring devices (CMD) in service deteriorate over time, they become unusable and, as a result, the UAV loses its control. Therefore, the article envisages the prevention of such an emergency situation, the control of the normal state of the metrological characteristics of measuring devices, the implementation of their automated calibration, and thus there is no need to apply similar devices as substitutes for CMD in UA.