Biomechanical parameters as a system-forming factor, providing relationship of physiological functions and determining the success of goal-directed human movement (archery example)

Random movement determines evolutionary and ontogenetic development of person's motor and mental activity. The dominant characteristic is their focus - to achieve planned results. Programmed precision of human targeted motions varies significantly and depends on the complexity of motor task. Goal-directed movements is manifested in sports activity, when the accuracy of hitting the target determines the athletic performance (pistol shooting, rifle, archery). Currently, the results in these sports are very high and therefore there is a need to improve methods for assessing sports technique. The research aim is to develop a methodology of complex analysis of sports archery techniques, in which biomechanical parameters are a factor which determines the optimal relationship of various physiological systems and ensure the success of goal-directed movements. The proposed method of complex analysis of sports archery techniques considering biomechanical parameters as the basis for the success of targeted human movement is aimed at objective control of external and internal structures of sports exercise and their individual correction during the training.