SCIENTIFIC RESEARCH ON THE ANTI-STRESS PREPARATION OF SPECIALISTS IN A QUARTER CENTURY
DOI:
https://doi.org/10.18372/2306-1472.58.6692Keywords:
anti-stress training, human factor, means of prevention, operations, piloting techniqueAbstract
This article provides an analytical overview of the work on training of human operator counteract the simultaneous action of negative factors, carried out by experts from the Avionics Department. The focus is on the method of training of operators by removing the negative effects of the flight, which are associated with the phenomenon of amplification of the dynamic stereotype in aviation specialists. It should be noted that the author does not fully cover all the anti-stress training methods that have been developed by our expertsReferences
Gritschenko, Jur. W. Anwendundung von tochnschen Mittln zum Nachweis des Effektes der verstarkten Auspagung des dynamischen stereotyps des Piloten. Technisch. Okonomische information der zivilen Luftfahrt. Berlin. 26 (1990) H1. S. 32-33 (in German).
Gulenko, V.D.; Hryshchenko, Yu.V.; Gribov, V.M. Modeling and evaluation of visual loss of direction of bank angle by aircrews at modular distributions of flight parameters. Cybernetics and computer engineering. Interdepartmental collection of scientific papers. Kyiv, Publishing House “Academperіodics” NAS of Ukraine. 2010. Edition 160. P. 43-56 (in Russian).
Gulenko, V.D.; Khokhlov, E.M.; Hryshchenko, Yu.V. Method of of modeling the loss of spatial orientation by the flight crew and determining the risks of large rolls. The patent for useful model N 49211. Registered in the State Register of Patents of Ukraine 26.04. 2010 (in Ukrainian).
Hryshchenko, Yu.V. Analysis of oscillograms of flights using trending algorithms. Electronics and Control Systems. Kyiv, NAU. 2009. N 3(21). P. 69–73 (in Ukrainian).
Hryshchenko, Yu.V. Determination of phenomenon of amplification of the dynamic stereotype of pilot at the workplace of instructor during flight. Ergonomic methods of certification and rationalization of workplaces and manufacturing processes in civil aviation. Collection of scientific papers. Kyiv, KCAEI. 1988. P. 43–47 (in Russian).
Hryshchenko, Yu.V.; Dmitrichenko, N.F.; Revuk., A.G. Organization of removal of phenomenon of amplification of a dynamic stereotype on the complex simulator of aircraft in the training center. Problems of maintenance and dependability of the aircraft equipment. Collection of scientific papers. Kyiv, KIUCA. 1998. P. 15–17 (in Russian).
Hryshchenko, Yu.V. Elimination of phenomenon of amplification of a dynamic stereotype during anti-stress pilots training. Ensuring flight safety at aircraft maintenance. Collection of scientific papers . Kyiv, KCAEI. 1993. P. 18–21 (in Russian).
Hryshchenko, Yu.V.; Gulenko, V.D. Investigation of approaches for determining the causes of flight crew failures in incidents. Electronics and Control Systems. Kyiv, NAU. 2006. N4(10). P. 135–140 (in Russian).
Hryshchenko, Yu.V.; Kurushkіna,Ya.O. Using the invariance principle of management systems in assessing of strengthened reflexes I.M. Sechenov. Cybernetics and computer engineering. Kyiv, NAS of Ukraine. 2004. Edition 143. P. 39–44 (in Russian).
Hryshchenko, Yu.V. Phenomenon of amplification of the dynamic stereotype of pilot under the influence of complex failures. Ergonomic problems of flight safety. Collection of scientific papers. Kyiv, KCAEI. 1987. P. 87–91 (in Russian).
Hryshchenko, Yu.V.; Revuk, A.G. Application of trend algorithms for analysis of counteract of pilot to factor. Management of flight safety level in civil aviation. Collection of scientific papers. Kyiv, KCAEI. 1990. P. 63–69 (in Russian).
Hryshchenko, Yu.V,; Samotkan, N.M.; Khimin, V.M. Integral evaluation of aircraft with taking into account avionics by priority technologies of deployment. Electronics and Control Systems. Kyiv, NAU, 2008. N 1. P. 98–109 (in Ukrainian).
Hryshchenko, Yu.V.; Slobodyan, A.P.; Kozhohina, E.V. Device of modeling of operator errors based on antipult computer keyboard. Electronics and Control Systems. Kyiv, NAU. 2007. N 1(11). P. 189–194 (in Russian).
Hryshchenko, Yu.V.; Solomencev, A.V. The justification for applying the principle of invariance at analysis of processes in man-machine systems by nonclassical methods. Cybernetics and computer engineering. Interdepartmental collection of scientific papers. Kyiv, Publishing House “Academperіodics” NAS of Ukraine. 2009. Edition 156. P. 71–76 (in Russian).
Hryshchenko, Yu.V.; Varchenko, O.I.; Gulenko, V.D. Development of advanced programs and techniques for pilot training on complex simulator of plane using a process approach. Proccedings of the National Aviation University. Kyiv. 2007. N 3–4 (33). P. 90–95 (in Ukrainian).
Hryshchenko, Yu.V. Ways of increasing safety of flying processes by removing negative effects. Problems of occupational safety and the environment protection in the manufacturing processes of civil aviation. Collection of scientific papers. Kyiv, KCAEI. 1989. P. 81–84 (in Russian).
Hryshchenko, Yu.V.; Yankova, S.O. Analytics of existing indicators and criteria of technical operation at a stage of generalization. Electronics and Control Systems. Kyiv, National Aviation University. 2006. N 3(9). P. 81–87 (in Ukrainian).
Khokhlov, E.M.; Ali Al-Ammori; Hryshchenko, Yu.V.; Shkurko, E.P. Process concept of flight operations and its fundamental importance for development of aviation in CIS. Flight Safety issues. Scientific-technical journal. Moscow, VINITI. 2008. N 1. P. 16–26. ISSN 0235-5000. (in Russian).
Khokhlov, E.M.; Hryshchenko, Yu.V.; Kondrashov, E.G. Flight Safety and Human Factor: process concept of Flight Safety and cycle statistics. Cybernetics and computer engineering: Interdepartmental collection of scientific papers. Kyiv, Publishing House “Academperіodics” NAS of Ukraine. 2009. Edition 158. P. 42–48 (in Russian).
Khokhlov, E.M.; Polozhevets, A.A.; Hryshchenko, Yu.V.; Tkachenko, А.О. Method of determining the first signs of the factorial resonance of aviation operator. The patent for useful model N 39943. Registered in the State Register of Patents of Ukraine 25.03. 2009 (in Ukrainian).
Shmelev, Yu.N.; Hryshchenko, Yu.V.; Gulenko V.D. Boundaries of dichotomous analysis in researching of prerequisites of aircraft accidents during flight training of cadets and methods of application of generalized estimates. Electronics and Control Systems. Kyiv, National Aviation University. 2009. N 4(22). P. 28–35 (in Russian).
Skripets, A.V.; Hryshchenko, Yu.V. Pili¬pen¬ko, A.A. Features of process of aircraft maintenance aircraft technician of mid-level and its information justification from the perspective of aviation engineering psychology and ergonomics. Cybernetics and computer engineering. Kyiv, NAS of Ukraine. 2006. Edition 150. P. 81–87 (in Ukrainian).
Skripets, A.V.; Hryshchenko, Yu.V.; Volkov, A.E.; Voloshenyuk, D.A.; Khokhlov, E.M. Antistress training of pilots and air traffic controllers. Cybernetics and computer engineering. Interdepartmental collection of scientific papers. Kyiv, Publishing House "Academperіodics" NAS of Ukraine. 2011. Edition 163. P. 54–64 (in Russian).
Skripets, A.V.; Hryshchenko, Yu.V. ; Volkov, A.E. ; Volosheniuk, D.A.; Khokhlov, E.M. Method of antistress training of pilots and air traffic controllers at avionics failures during its maintenance. The patent for useful model N 59067. Registered in the State Register of Patents of Ukraine 10.05.2011 (in Ukrainian).
Skripets, A.V.; Ponomareva, A.Yu.; Timoshenko, T.M.; Hryshchenko, Yu.V.; Khokhlov, E.M. Complex automatic extrapolator with the functions of measuring the gradient of vertical velocity of the aircraft and the steep slopes of the mountains on the scanning radio altimeter. The patent for useful model N 51343. Registered in the State Register of Patents of Ukraine 12.07.2010 (in Ukrainian).
Gulenko, V.D.; Hryshchenko, Yu.V.; Gribov, V.M. Modeling and evaluation of visual loss of direction of bank angle by aircrews at modular distributions of flight parameters. Cybernetics and computer engineering. Interdepartmental collection of scientific papers. Kyiv, Publishing House “Academperіodics” NAS of Ukraine. 2010. Edition 160. P. 43-56 (in Russian).
Gulenko, V.D.; Khokhlov, E.M.; Hryshchenko, Yu.V. Method of of modeling the loss of spatial orientation by the flight crew and determining the risks of large rolls. The patent for useful model N 49211. Registered in the State Register of Patents of Ukraine 26.04. 2010 (in Ukrainian).
Hryshchenko, Yu.V. Analysis of oscillograms of flights using trending algorithms. Electronics and Control Systems. Kyiv, NAU. 2009. N 3(21). P. 69–73 (in Ukrainian).
Hryshchenko, Yu.V. Determination of phenomenon of amplification of the dynamic stereotype of pilot at the workplace of instructor during flight. Ergonomic methods of certification and rationalization of workplaces and manufacturing processes in civil aviation. Collection of scientific papers. Kyiv, KCAEI. 1988. P. 43–47 (in Russian).
Hryshchenko, Yu.V.; Dmitrichenko, N.F.; Revuk., A.G. Organization of removal of phenomenon of amplification of a dynamic stereotype on the complex simulator of aircraft in the training center. Problems of maintenance and dependability of the aircraft equipment. Collection of scientific papers. Kyiv, KIUCA. 1998. P. 15–17 (in Russian).
Hryshchenko, Yu.V. Elimination of phenomenon of amplification of a dynamic stereotype during anti-stress pilots training. Ensuring flight safety at aircraft maintenance. Collection of scientific papers . Kyiv, KCAEI. 1993. P. 18–21 (in Russian).
Hryshchenko, Yu.V.; Gulenko, V.D. Investigation of approaches for determining the causes of flight crew failures in incidents. Electronics and Control Systems. Kyiv, NAU. 2006. N4(10). P. 135–140 (in Russian).
Hryshchenko, Yu.V.; Kurushkіna,Ya.O. Using the invariance principle of management systems in assessing of strengthened reflexes I.M. Sechenov. Cybernetics and computer engineering. Kyiv, NAS of Ukraine. 2004. Edition 143. P. 39–44 (in Russian).
Hryshchenko, Yu.V. Phenomenon of amplification of the dynamic stereotype of pilot under the influence of complex failures. Ergonomic problems of flight safety. Collection of scientific papers. Kyiv, KCAEI. 1987. P. 87–91 (in Russian).
Hryshchenko, Yu.V.; Revuk, A.G. Application of trend algorithms for analysis of counteract of pilot to factor. Management of flight safety level in civil aviation. Collection of scientific papers. Kyiv, KCAEI. 1990. P. 63–69 (in Russian).
Hryshchenko, Yu.V,; Samotkan, N.M.; Khimin, V.M. Integral evaluation of aircraft with taking into account avionics by priority technologies of deployment. Electronics and Control Systems. Kyiv, NAU, 2008. N 1. P. 98–109 (in Ukrainian).
Hryshchenko, Yu.V.; Slobodyan, A.P.; Kozhohina, E.V. Device of modeling of operator errors based on antipult computer keyboard. Electronics and Control Systems. Kyiv, NAU. 2007. N 1(11). P. 189–194 (in Russian).
Hryshchenko, Yu.V.; Solomencev, A.V. The justification for applying the principle of invariance at analysis of processes in man-machine systems by nonclassical methods. Cybernetics and computer engineering. Interdepartmental collection of scientific papers. Kyiv, Publishing House “Academperіodics” NAS of Ukraine. 2009. Edition 156. P. 71–76 (in Russian).
Hryshchenko, Yu.V.; Varchenko, O.I.; Gulenko, V.D. Development of advanced programs and techniques for pilot training on complex simulator of plane using a process approach. Proccedings of the National Aviation University. Kyiv. 2007. N 3–4 (33). P. 90–95 (in Ukrainian).
Hryshchenko, Yu.V. Ways of increasing safety of flying processes by removing negative effects. Problems of occupational safety and the environment protection in the manufacturing processes of civil aviation. Collection of scientific papers. Kyiv, KCAEI. 1989. P. 81–84 (in Russian).
Hryshchenko, Yu.V.; Yankova, S.O. Analytics of existing indicators and criteria of technical operation at a stage of generalization. Electronics and Control Systems. Kyiv, National Aviation University. 2006. N 3(9). P. 81–87 (in Ukrainian).
Khokhlov, E.M.; Ali Al-Ammori; Hryshchenko, Yu.V.; Shkurko, E.P. Process concept of flight operations and its fundamental importance for development of aviation in CIS. Flight Safety issues. Scientific-technical journal. Moscow, VINITI. 2008. N 1. P. 16–26. ISSN 0235-5000. (in Russian).
Khokhlov, E.M.; Hryshchenko, Yu.V.; Kondrashov, E.G. Flight Safety and Human Factor: process concept of Flight Safety and cycle statistics. Cybernetics and computer engineering: Interdepartmental collection of scientific papers. Kyiv, Publishing House “Academperіodics” NAS of Ukraine. 2009. Edition 158. P. 42–48 (in Russian).
Khokhlov, E.M.; Polozhevets, A.A.; Hryshchenko, Yu.V.; Tkachenko, А.О. Method of determining the first signs of the factorial resonance of aviation operator. The patent for useful model N 39943. Registered in the State Register of Patents of Ukraine 25.03. 2009 (in Ukrainian).
Shmelev, Yu.N.; Hryshchenko, Yu.V.; Gulenko V.D. Boundaries of dichotomous analysis in researching of prerequisites of aircraft accidents during flight training of cadets and methods of application of generalized estimates. Electronics and Control Systems. Kyiv, National Aviation University. 2009. N 4(22). P. 28–35 (in Russian).
Skripets, A.V.; Hryshchenko, Yu.V. Pili¬pen¬ko, A.A. Features of process of aircraft maintenance aircraft technician of mid-level and its information justification from the perspective of aviation engineering psychology and ergonomics. Cybernetics and computer engineering. Kyiv, NAS of Ukraine. 2006. Edition 150. P. 81–87 (in Ukrainian).
Skripets, A.V.; Hryshchenko, Yu.V.; Volkov, A.E.; Voloshenyuk, D.A.; Khokhlov, E.M. Antistress training of pilots and air traffic controllers. Cybernetics and computer engineering. Interdepartmental collection of scientific papers. Kyiv, Publishing House "Academperіodics" NAS of Ukraine. 2011. Edition 163. P. 54–64 (in Russian).
Skripets, A.V.; Hryshchenko, Yu.V. ; Volkov, A.E. ; Volosheniuk, D.A.; Khokhlov, E.M. Method of antistress training of pilots and air traffic controllers at avionics failures during its maintenance. The patent for useful model N 59067. Registered in the State Register of Patents of Ukraine 10.05.2011 (in Ukrainian).
Skripets, A.V.; Ponomareva, A.Yu.; Timoshenko, T.M.; Hryshchenko, Yu.V.; Khokhlov, E.M. Complex automatic extrapolator with the functions of measuring the gradient of vertical velocity of the aircraft and the steep slopes of the mountains on the scanning radio altimeter. The patent for useful model N 51343. Registered in the State Register of Patents of Ukraine 12.07.2010 (in Ukrainian).
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Published
25-06-2014
How to Cite
Hryshchenko, Y. (2014). SCIENTIFIC RESEARCH ON THE ANTI-STRESS PREPARATION OF SPECIALISTS IN A QUARTER CENTURY. Proceedings of National Aviation University, 58(1), 53–58. https://doi.org/10.18372/2306-1472.58.6692
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MODERN AVIATION AND SPACE TEHNOLOGY
