Chorianopoulos Konstantinos, Talvis Karolos
Ionian University, Greece
Ionian University, Greece.
Health Informatics J. 2016 Dec;22(4):962-974. doi: 10.1177/1460458215599822. Epub 2015 Sep 8.
Epidemiology has made advances, thanks to the availability of real-time surveillance data and by leveraging the geographic analysis of incidents. There are many health information systems that visualize the symptoms of influenza-like illness on a digital map, which is suitable for end-users, but it does not afford further processing and analysis. Existing systems have emphasized the collection, analysis, and visualization of surveillance data, but they have neglected a modular and interoperable design that integrates high-resolution geo-location with real-time data. As a remedy, we have built an open-source project and we have been operating an open service that detects flu-related symptoms and shares the data in real-time with anyone who wants to built upon this system. An analysis of a small number of precisely geo-located status updates (e.g. Twitter) correlates closely with the Google Flu Trends and the Centers for Disease Control and Prevention flu-positive reports. We suggest that public health information systems should embrace an open-source approach and offer linked data, in order to facilitate the development of an ecosystem of applications and services, and in order to be transparent to the general public interest.
得益于实时监测数据的可用性以及对事件的地理分析,流行病学取得了进展。有许多健康信息系统会在数字地图上直观显示流感样疾病的症状,这对终端用户很适用,但无法进行进一步处理和分析。现有系统强调监测数据的收集、分析和可视化,但忽视了将高分辨率地理位置与实时数据集成的模块化和可互操作设计。作为一种补救措施,我们构建了一个开源项目,并一直在运营一项开放服务,该服务可检测与流感相关的症状,并与任何希望基于此系统进行构建的人实时共享数据。对少量精确定位的状态更新(如推特)进行的分析与谷歌流感趋势以及疾病控制与预防中心的流感阳性报告密切相关。我们建议公共卫生信息系统应采用开源方法并提供关联数据,以便促进应用程序和服务生态系统的发展,并对公众利益保持透明。