A208: Application of Artificial Intelligence in Posture Correction

In the modern fast-paced life, poor postures are extremely common, leading to many health problems such as neck pain and back pain. Posture correction is of great significance for maintaining physical health, and the rise of artificial intelligence (AI) technology has opened a new path for posture correction. Posture correction means using specific means to restore and maintain the correct body posture. This study aims to systematically review the application of AI in the field of posture correction, clarify its advantages, limitations, and future development trends. A comprehensive search was carried out in domestic and foreign authoritative databases for research literature on the use of AI in posture correction. The research consisted of people of different ages and occupations with posture problems, and the research environment involved medical institutions, rehabilitation centers, and home settings. Research designs included experimental studies and case analyses. Intervention measures adopted various AI-based posture correction technologies, such as smart wearable device monitoring and computer vision analysis. Information such as the improvement of subjects' postures and their feelings of use was extracted from the literature. Statistical methods were used to analyze quantitative data, and qualitative descriptions were analyzed by theme induction. AI has achieved remarkable results in posture correction. Smart wearable devices can monitor postures in real-time. Users can receive timely reminders of abnormal postures and then actively adjust their postures. Computer vision technology can accurately analyze postures and customize personalized rehabilitation training programs for patients to help them improve their postures. From user feedback, AI - AI-assisted tools have greatly improved the convenience of posture correction, making users more willing to cooperate in posture correction. Compared with traditional posture correction methods, the prominent advantages of AI are reflected in real-time monitoring and personalized customization. However, this study has certain limitations, lacking long-term follow-up data and comparative studies of different technologies. In the future, long-term effect tracking should be strengthened, and the effects of different AI technologies should be compared. This study provides a reference for clinical and public applications of AI in posture correction, helping to improve overall health.