Özet:

Modern medicine is focused on the implementation of non-invasive diagnostic tools and methods of professional recruitment for operators of extreme activities on the basis of estimation and forecasting dysfunctions of the body. However, the specifics of biological data registration require significant expenditures of time and effort. For this purpose it is need to develop the modern computerized approaches to increase the efficiency of statistics for small time expenditures. Based on the statistics it can calculate normalized values of parameters on which basis professional recruitment of operators is implemented. New tool cephaloencephalograph that is a combination of cephalograph and electroencephalograph is proposed to the collection of experimental data. Research of blood test parameters is proposed for further identification of cephaloencephalograph operation quality. This tool allows to obtain the parameters that characterize the work of information and energy fields of the human body that sensitive to current and forecasted physiological changes in the human body. Iterative simulation using Monte Carlo method is applied to improve the calculation efficiency of normalized values of biological parameters used in the professional recruitment of operators. Among the advantages of the proposed approach of iterative modeling is implementation of robust method that can increase the quality of statistical parameters specified in the simulation for normal distribution law. Normalized values of electroencephalography parameters, blood test for one of the types of operators in extreme activities, Antarctic winterers, are obtained as a result of experimental studies. Completed studies have shown that the proposed iterative simulation using Monte Carlo method allows narrow normalized parameters of biological parameters that increased efficiency of evaluation and prediction of psychophysical state of the operator’s body. Effectiveness of professional recruitment of operators increased by 20 % compared with similar approaches. The research results can be used in the medical field of organ transplantation for donor selection or monitoring of the rehabilitation process after transplantation of internal organs. Author Biographies Вячеслав Данилович Кузовик, National Aviation University, ave. Komarova, 1, Kyiv, 03058 Doctor of Technical Sciences, Professor, Head of Department Department of biocybernetics and aerospace medicine

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