Abstract of this article:

In this abstract, we examine the role of smart wearable technologies in tracking and enhancing corrective movements. Recent advancements in artificial intelligence and sophisticated sensors have enabled precise monitoring of body movements and the provision of real-time feedback to users. These technologies are capable of autonomously identifying movement patterns and offering guidance for movement correction so, which can be effective in preventing sports injuries and improving athletes' performance. This article analyzes the applications of these technologies in various fields, including medicine, rehabilitation, and sports, and examines the existing challenges and limitations. Furthermore, we explore the future of these technologies and their potential impacts on society. This article aims to provide a comprehensive perspective on the potential of wearable technologies to improve human health and performance.

The article begins by emphasizing the importance of corrective movements and their role in preventing sports injuries and enhancing individual performance. It then explains wearable technologies and recent developments in this area.

Research methods include collecting data from scientific articles, interviewing experts, and analyzing data obtained from wearable devices. We also review case studies that have utilized these technologies.

For data analysis, software such as SPSS and Python are used for statistical processing and analysis. These tools allow us to identify and analyze movement patterns and propose corrective solutions.

The article concludes that wearable technologies can significantly improve corrective movements and prevent sports injuries. However, more research and the development of more advanced technologies are needed to achieve more accurate results.