The automation and intelligence of AI will greatly improve production efficiency. The popularization of AI will also bring about changes in the occupational structure. Some traditional occupations may gradually disappear due to the replacement of AI, while new AI-related occupations will continue to emerge. What I am most interested in is the intelligent medical system. It can use AI technology to predict, diagnose and treat diseases, and improve medical standards and efficiency. There is a project in the museum that AI can quickly screen and diagnose cancer in the early stages. By analyzing medical imaging data (such as CT scans, MRI, X-rays, etc.), AI can automatically identify and mark abnormal areas in the image, such as tumors, vascular lesions, etc. This ability significantly improves the accuracy and efficiency of doctors’ diagnoses. AI can also perform image segmentation, accurately divide different tissues or lesion areas in medical images, and help doctors better observe and analyze. Although the museum only displays some intelligent medical systems. However, according to my investigation, AI can automatically analyze patients’ medical records and medical records, find key information, such as past medical history, family genetic history, etc., and provide doctors with comprehensive background information on patients. It can also analyze patients’ genomic data to identify potential genetic disease risks, such as hereditary diseases, abnormal drug metabolism, etc. Finally, AI can integrate information from multiple aspects such as medical images, medical records, and genomic analysis to provide doctors with a comprehensive view of patient information. AI will bring us a more convenient and personalized experience.