Increasing the quality of technical movements of volleyball players through the application of figit programs

introduction: the article provides justification for the use of the latest technical means to improve and expand the training capabilities of sports school volleyball players at various stages of their preparation. “Fidgetal sport” is considered, or rather its elements and possibilities, the potential and integration of which into the pedagogical process, can globally change the approach to sports training. Digital technologies are a tool for augmenting reality, creating special conditions for practicing movements directly in gaming and competitive conditions. The virtual environment or its partial integration into the player’s visual perception process will help influence physical actions through abstract modeling of game situations. Materials and research methods. It is proposed to use modern extended reality simulators (AR, VR, MR) to supplement or replace various stimuli for response, as well as artificial intelligence (AI) to review, select and include the necessary corrective stimuli at a certain moment in the game. A review of existing technical capabilities will help software specialists choose the most popular paths and create general pedagogical software tools for their implementation. Experimental data obtained as a result of assessing the performance of gaming techniques can be used to create software algorithms. Results and discussions. Described from the point of view of physics and biomechanics, the potential of a two-handed technique from below, as a basic game technique in volleyball, will help to explore further ways to algorithmize competitive actions. To simulate gaming situations, digitalize them, and create virtual simulators, it is necessary to analyze in detail the existing scientific and technical information, describe each gaming device from the point of view of modern biomechanical research, and combine these capabilities into a single program algorithm structure. Conclusions. The ability to implement the physical volleyball technical means described in the publication requires a detailed study of the playing techniques of volleyball players and their descriptions in program form.

volleyball, phygital, sensorimotor, augmented reality, training, digital technologies, artificial intelligence