Biomechanical Monitoring of the Spatial Organization of the Human Body in the Discussion of Scientific Knowledge
Keywords:
monitoring, spatial organization of the body, process, physical educationAbstract
The most important concept associated with the orientation of the human body in space and with the totality of movement, is the spatial organization of the biolinks of his body. With the natural development and improvement of human motor functions in difficult modern conditions, its biological and social interaction with the environment, there is a need for constant monitoring of the condition of his body. The Task of the Study is to provide information regarding the features of monitoring organization of the state of the spatial organization components of the human body in the process of physical education. Results of the Study. Monitoring is an indispensable element of the management process. In health-improving physical culture, its use involves the acquisition, processing and analysis of data reflecting a definitive time step or cycle, on the basis of which determines the necessary direction of further pedagogical effects. On the basis of the obtained data, a comparison of actual and predicted indicators obtained as a result of health-improving trainings is made; and appropriate adjustments are made to the training process. The technology of computer diagnostics of the posture of a person using the video-computer complex includes the analysis of sagittal and front profiles (13 angular and 3 linear characteristics) of the posture regarding the somatic frame of reference. 14-segment kinematic chain is used as a model of the musculoskeletal system. Conclusions. At the present time, various instrumental and analytical methods have been developed to study the state of spatial organization of the human body. However, against the background of a large number of technologies for monitoring the spatial organization of the human body, there is currently virtually no scientific evidence for the use of complex monitoring technologies that allow a comprehensive analysis of the spatial organization of the human body in the process of physical education. Prospects for further research will be related to the development of information-methodological system aimed at measuring the state of spatial organization of the human body in the process of physical education.
References
2. Kashuba, V. O. (2003). Biomechanics posture. Kyiv: Olympic literature.
3. Kashuba, V. O., Adel Ben, Zheddu (2005). Prevention and correction of violations of the spatial organization of the human body in the process of physical education. Kyiv: Knowledges of Ukraine, 158 p.
4. Kashuba, V. O., Andreeva O., Sergienko K., Goncharova N. (2006). Designing a schoolchildren monitoring system by useing information technologies. The theory and methods of physical education and sports, № 3, 61–67.
5. Kashuba, V., Sergienko, K., Martyniuk, O. (2009). Biomechanical monitoring of the state of the spatial organization of the body of students in the process of physical education. Scientific and Practical Conference «Physical Culture and Health of Students». Sankt-Peterburg, 182–183.
6. Kashuba, V. O., Goncharova, N. M. (2010). Modern approaches of monitoring the schoolchildren physical condition in the process of physical education. Pedagogics, psychology medical and biological problems of physical education and sport: Sb. sciences etc. edited by prof. Ermakova S. S. Kharkiv: KhDADM (KhKhPI), № 1, 71–73.
7. Kashuba, V. O., Futorny, S. M., Golovanova, N. L. (2011). On the Question of Using Information Technologies in the Process of Physical Education of Student Youth. Slobozhansky Naukovo-Sportivny Vіsnik, № 04, 157–163.
8. Kashuba, V. O., Martynyuk, O. A. (2013). On the issue of using preventive programs in the process of physical education of female students with various disorders of the body’s spatial organization. Scientific journal NPU named M. P. Dragomanova: collection of scientific works edit by G. M. Arzyutova. Kyiv: NPU named M. P. Dragomanov publisher, № 1 (27), 28–35.
9. Kashuba, V. O., Ivchatova, T. V., Sergienko, K. N. (2014). The Technology of Measurement of Spatial Organization of a Human Body in doing Physical Exercises. Almaty: Kazakhstan, № 2, 226–229.
10. Kashuba, V. O., Ivchatova, T., Sergienko, K. (2014). Measuring the spatial organization of a human body in the process of physical education using computer technologies. Dnieper Sport Bulletin, № 1, 42–45.
11. Kashuba, V. (2015). Monitoring of the state of spatial organization of the human body in the process of physical education. Theory and methods of physical education and sport, № 2, 53–64.
12. Kashuba, V. O. (2015). Organizational and methodical bases for monitoring the spatial organization of the human body in the process of physical education. SCIENCE AND SPORTS: modern tendencies, 8.3, 75–90.
13. Kashuba, V., Futorny, S. (2016). From the experience of using information technologies in the process of physical education classes of different human groups. Youth Scientific Bulletin of the Lesia Ukrainka Eastern European National University. Physical education and sports: magazine/layout. A. V. Tsos, A. I. Aleshina. Lutsk: Eastern European National University named after Lesia Ukrainka, № 21, 81–90.
14. Formation of human motility in the ontogenesis process/V. O. Kashuba, E. M. Bondar, N. N. Goncharova, N. L. Nosova. Lutsk: Veza-Print, 2016, 232 p.
15. Practical biomechanics: Monograph (2000). Kyiv: Scientific World. 298 p.
