手持智能掌上超声设备，不到5分钟，徐珊珊就为前来检查的社区居民完成了一次颈动脉检查。 "智能掌上超声设备让筛查效率真正实现了质的飞跃。"亲身使用了一段时间后，对这台手掌大小的 智能检测设备，徐珊珊格外满意。 徐珊珊是安徽省铜陵市映湖社区卫生服务中心的一名医生。过去，她用传统仪器为社区居民进行颈 动脉检查时，往往需要耗时15分钟。现在，智能掌上超声设备在人工智能辅助下，能够实现精准定位， 检测时间大大缩短，"而且设备轻到能装进急救箱，入户检查时再也不用扛着主机了。" 智能掌上超声设备所依托的，是中国科学院自动化研究所医疗机器人团队联合业内医疗企业研发的 智能超声技术。 "机器人相当于'智能导航员'，只需跟随它的提示，就能完成甲状腺、颈动脉等部位的标准化扫 查，新手也能轻松上手；人工智能就如同一位'阅片无数的老专家'，能像医生一样反复观看动态视频， 捕捉细微异常，让漏诊、误诊率大幅降低；掌上超声则一改传统超声机的体型笨重，将探头与主机集成 至手机大小，再配合云端智能分析系统，轻松实现'设备进社区、专家在云端'。"中国科学院自动化研 究所研究员、超声项目负责人王双翌说，"这三者结合就好比是为基层医疗应用'量身定做' ...

Artificial Intelligence in Healthcare - The introduction of smart handheld ultrasound devices has significantly improved the efficiency of community health checks, reducing the time for carotid artery examinations from 15 minutes to under 5 minutes [1][2] - The technology combines robotics, AI, and portable ultrasound, allowing even inexperienced operators to perform standardized scans, thus reducing misdiagnosis rates [3] - The smart ultrasound technology has been implemented in over 48 cities across 17 provinces, completing nearly 100,000 ultrasound scans [3] Artificial Intelligence in Materials Science - The establishment of a "Materials Data Factory" aims to enhance the development of new high-temperature alloys for aerospace applications, significantly shortening the research and development cycle from over 10 years to a much shorter timeframe [5][6] - The integration of AI with high-throughput experimental and computational techniques allows for rapid production of high-quality data, facilitating efficient design of materials [6] - The focus is on creating a digital transformation in the materials industry, enhancing original innovation capabilities and addressing key technological challenges [7] Artificial Intelligence in Finance - Shanghai Bank has introduced AI digital assistants to improve customer service for elderly clients, allowing them to perform banking tasks through voice commands, thus bridging the digital divide [8][9] - The AI assistants have been trained with over 2000 Q&A data points and 100,000 pieces of language data, achieving an accuracy rate of over 80% in responding to customer inquiries [8][9] Artificial Intelligence in Education - The use of AI tools like "WPS AI" in universities has transformed teaching methods, enabling students to extract and analyze data more efficiently, fostering digital thinking and decision-making skills [10][11] - AI is also utilized to create intelligent knowledge bases from extensive educational documents, streamlining information retrieval for both students and teachers [11] - The rapid development of AI in education is reshaping learning methods and teaching paradigms, with a focus on enhancing educational efficiency and effectiveness [12]