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1. 24 2014 . N 172 " - " " ()" [ ] // URL : http://www.garant.ru/products/ipo/prime/doc/70519520. - 31.01.2015.
REFERENCES
1. The Russian Federation President's edict of 24th March 2014 No. 172 "About the All the Russian physical sport complex "Ready for work and defense" (GTO)", (2014), available at: http://www.garant.ru/products/ipo/prime/doc/70519520.
: moy_liceum_7@rambler.ru
10.02.2015.
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DOI: 10.5930/issn.1994-4683.2015.02.120.p63-72
EXPERIMENTAL CHECK OF THE METHOD OF RATIONAL USE OF INFORMATION SHOWN TO THE PILOT WHEN TRAINING TO LANDING
APPROACH
Gennady Vladimirovich Kovalenko, the doctor of technical sciences, professor, department "Flight operations and training of aviation staff', St. Petersburg State University of Civil Aviation, Ivan Stanislavovich Muravyev, the pilot-navigator, military/unit 42838, Khabarovsk
Annotation
The method is developed for the solution of the contradiction arising in the course of training of pilots to the landing approach on the platform out of the airfield expressed in insufficient perfection of the program of training, based on predesign of amount of information to the necessary for the pilot for its effective assimilation. Mathematical calculation of rational presentation of information is developed, proceeding from Bayes's theorem of interference of information at its perception, and considers influence of interference of its streams on decision-making by the pilot. Training takes place in two stages. At serial closing of flight devices at the first stage the pilot is obliged to carry out landings in any points of the runway, and at the second stage the pilot is obliged to carry out landings in the appointed landing points.
Results of experiment allowed being convinced of the fact that the pilots of experimental group are by 37% more effective coping with the complicated situation when performing landing approach in comparison with the pilots of the control group. Thus, reliability of performance of landing approach among the trained pilots under the offered technique was statistically authentically increased.
Keywords: mathematical model, training method, landing approach, experiment, distribution of information, reliability.

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: kgvf@inbox.ru
15.02.2015.
796.011
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