以臨床實際應用需要所編定的課程, 強調呼吸系統各項功能的生病理意義,

以臨床實際應用需要所編定的課程, 強調呼吸系統各項功能的生病理意義, 及彼此相關的協調性. 由基礎的呼吸控制, 氣體交換, 呼吸機械原理, 學習到在運動, 睡眠時的生理意義, 了解呼吸系統在其他如免疫, 新陳代謝方面的角色；此外，更介紹透過人工智慧的導入，對於呼吸生理的學習與臨床應用可以提供有別於傳統醫療模式的優勢，透過穿戴式裝置、居家物聯網的實際應用，學習ＡＩ與醫療的實際應用案例。

結果 (英文) 1:

Clinical practice requires that the scheduled program, emphasizing student pathological significance Huxixitong various functions, and related coordination with each other. By the foundation breath control, gas exchange, respiration mechanical principles, learned in sports, during sleep physiological significance, understanding Huxijitong role in other areas such as the immune, metabolic aspects; in addition, it introduced through imported artificial intelligence, respiratory physiology study and clinical application can provide different from the traditional medical model advantages, through a wearable device, the practical application of things at home, learn the practical application of AI cases and medical treatment.

結果 (英文) 2:

The courses to be developed in clinical practical application emphasize the legal significance of the various functions of the respiratory system, and the coordination of each other. By the basic breathcontrol control, gas exchange, respiratory mechanical principles, learn the physiological significance of exercise, sleep, understand the role of the respiratory system in other areas such as immunity, metabolism, and also introduce through the introduction of artificial intelligence, the study and clinical application of respiratory physiology can provide advantages different from traditional medical models, Learn the practical application cases of AI and medical treatment through the practical application of wearable devices and the Home Internet of Things.

結果 (英文) 3:

This course is designed according to the needs of clinical application. It emphasizes the pathological significance of various functions of respiratory system and the coordination of each other. From basic respiratory control, gas exchange, principles of respiratory machinery, we can learn the physiological significance during exercise and sleep, and understand the role of respiratory system in other aspects such as immunity and metabolism. In addition, it introduces the introduction of artificial intelligence, The study and clinical application of respiratory physiology can provide advantages different from the traditional medical model. Through the practical application of wearable devices and home Internet of things, we can learn the practical application cases of AI and medical treatment.