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Software systems and computational methods
Reference:

Alekhin M.D., Alekhin F.D. Method of processing information in bioradiolokation monitoring the state of a pilot

Abstract: The subject of the study is an automated functional state bioradiolokation control of pilot to ensure accountability of such an assessment in the process of operation of the aircraft in real time. The developed methods and algorithms of data processing for the first time enable the correct mathematical treatment of physiological signals that are not limited to the pilot motor activity in their registration by taking into account nonstationarity and intraspecific variability in processing signals. This, in turn, significantly increase the potential for non-contact monitoring of the status of the pilot. Methods used in the research: a systematic analysis, filtering radio signals, wavelet analysis, artificial neural networks, mathematical cybernetics, pattern recognition. The developed technique of monitoring of bioradiolokation of condition of pilot enables the diagnostics of dangerous (for reliable professional activity) states in terms of the activity of the cardiovascular and respiratory system. Implementing the results of the study provides the possibility of increasing the reliability of operation of aircraft through the use of non-contact monitoring of the state of flight personnel in order to improve the reliability of their professional activities and account evaluation of the current state circuits control the aircraft.

Keywords:

medical informatics, mathematical cybernetics, loop control of the aircraft, artificial neural network, wavelet analysis of signals, bioradiolokation monitoring, monitoring of the state human, ergatic management system, pattern of signal, automated signal processing

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