The effect of using artificial intelligence in designing symmetrical exercises to develop the forehand and backhand skills of young tennis players

Abstract

The research addresses the impact of artificial intelligence on developing the skills needed to develop forehand and backhand stroke skills for young tennis players. It emphasizes the potential of artificial intelligence to improve the motor skills required for tennis, and that training on the non-preferred part will contribute to developing the other part of the body. Movements also occur through a signal from the central nervous system to the muscles to cause movement, and symmetrical exercises activate both halves of the brain, which positively reflects on movement in a better way in terms of control and control. The research also discusses the role of artificial intelligence in deducing and updating knowledge and skills. The study uses an experimental approach with players of the Babylon Governorate Tennis Team, focusing on the use of artificial intelligence techniques and devices to enhance the training of forehand and backhand stroke skills in tennis. The research highlights the positive effects of artificial intelligence-based training programs, such as enhancing healthy muscle strength, improving hitting technique, and enhancing communication and cooperation between players. In addition, it discusses the potential benefits of integrating technology, such as artificial intelligence, to enhance the effectiveness of forehand and backhand stroke training in tennis. The results indicate a high and increasing use of relying on artificial intelligence techniques to improve athletes' performance, and suggest the need for further research to evaluate the effectiveness of these techniques and determine the best ways to apply them in tennis. Overall, the research suggests that AI has the potential to significantly impact the development of tennis forehand and backhand skills and improve athletes’ performance, calling for continued exploration and application of AI in sports training.