标题：北京大学第三医院携手华为，推动数字化医疗新发展
内容：近日，中国奥委会指定医院——北京大学第三医院宣布加入华为鸿蒙生态，双方将基于鸿蒙原生智能、隐私安全等特性，进一步推动数字化医疗的发展。
据了解，北京大学第三医院是国内最强的脊柱外科学科和新中国最早成立、国内唯一的中国奥委会指定运动员伤病防治中心所在地。此次与华为的合作，将充分利用鸿蒙OS的技术领先性，提升医院的数字化医疗服务体验，包括疾病治疗、预防、康复和健康管理等方面，并推进智慧医院建设。
此前，北医三院已经基于鸿蒙OS研发出了“数字康复师”鸿蒙版，这是目前国内领先的临床运动康复智能训练平台。据《科技日报》报道，借助“数字康复师”，患者可根据人工智能姿态进行练习，人工智能可给予实时纠正。该平台通过自适应人体姿态识别的算法，能够捕捉人体37个关节点，患者可根据个性化的医学动作逻辑进行正确的康复训练。
英语如下：
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“News Headline: Peking University Third Hospital Collabor====
“News Headline: Peking University Third Hospital Collaborates with Huawei, Harmony Ecosystem Boosts Digital Healthcare
Keywords: Harmony Ecosystem, Digital Healthcare, Peking University Third Hospital
News Content: Title: Peking University Third Hospital Joins Hands with Huawei to Promote New Developments in Digital Healthcare
Content: Recently, the China Olympic Committee-designated hospital, Peking University Third Hospital, announced its participation in Huawei’s Harmony Ecosystem. The two parties will leverage HarmonyOS’s native intelligence and privacy security features to further advance digital healthcare.
It is understood that Peking University Third Hospital is home to the country’s strongest spinal surgery department and the earliest established and only China Olympic Committee-designated athlete injury prevention and treatment center in China. This collaboration with Huawei will fully utilize HarmonyOS’s technological leadership to enhance the hospital’s digital healthcare services experience, including disease treatment, prevention, rehabilitation, and health management. It will also promote the construction of smart hospitals.
Previously, Peking University Third Hospital has developed a “Digital Rehabilitation Specialist” Harmony Edition based on HarmonyOS, which is currently the leading clinical sports rehabilitation intelligent training platform in China. According to the Science and Technology Daily, with the “Digital Rehabilitation Specialist,” patients can practice according to artificial intelligence postures, and AI can provide real-time corrections. The platform uses an adaptive human posture recognition algorithm that can capture 37 joint points of the human body. Patients can perform correct rehabilitation training based on personalized medical movement logic.”
【来源】https://www.ithome.com/0/744/974.htm
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