Bellika Johan Gustav, Henriksen Torje Starbo, Yigzaw Kassaye Yitbarek
Norwegian Centre for Integrated Care and Telemedicine (NST), 35, 9038, Tromso, Norway,
Methods Mol Biol. 2015;1246:109-22. doi: 10.1007/978-1-4939-1985-7_7.
Systems for large-scale reuse of electronic health record data is claimed to have the potential to transform the current health care delivery system. In principle three alternative solutions for reuse exist: centralized, data warehouse, and decentralized solutions. This chapter focuses on the decentralized system alternative. Decentralized systems may be categorized into approaches that move data to enable computations or move computations to the where data is located to enable computations. We describe a system that moves computations to where the data is located. Only this kind of decentralized solution has the capabilities to become ideal systems for reuse as the decentralized alternative enables computation and reuse of electronic health record data without moving or exposing the information to outsiders. This chapter describes the Snow system, which is a decentralized medical data processing system, its components and how it has been used. It also describes the requirements this kind of systems need to support to become sustainable and successful in recruiting voluntary participation from health institutions.
大规模重复使用电子健康记录数据的系统据称有潜力改变当前的医疗保健提供系统。原则上存在三种可供选择的重复使用解决方案:集中式、数据仓库式和分散式解决方案。本章重点关注分散式系统方案。分散式系统可分为两类方法,一类是移动数据以进行计算,另一类是将计算转移到数据所在位置以进行计算。我们描述了一种将计算转移到数据所在位置的系统。只有这种分散式解决方案有能力成为理想的重复使用系统,因为分散式方案能够在不将信息转移或暴露给外部人员的情况下实现电子健康记录数据的计算和重复使用。本章介绍了Snow系统,它是一个分散式医疗数据处理系统、其组件以及它的使用方式。它还描述了这类系统为了在吸引医疗机构自愿参与方面实现可持续性并取得成功而需要支持的要求。