de Lusignan Simon, Cashman Josephine, Poh Norman, Michalakidis Georgios, Mason Aaron, Desombre Terry, Krause Paul
Department of Health Care Management and Policy, University of Surrey, UK.
Stud Health Technol Inform. 2012;180:1105-7.
Medical research increasingly requires the linkage of data from different sources. Conducting a requirements analysis for a new application is an established part of software engineering, but rarely reported in the biomedical literature; and no generic approaches have been published as to how to link heterogeneous health data.
Literature review, followed by a consensus process to define how requirements for research, using, multiple data sources might be modeled.
We have developed a requirements analysis: i-ScheDULEs - The first components of the modeling process are indexing and create a rich picture of the research study. Secondly, we developed a series of reference models of progressive complexity: Data flow diagrams (DFD) to define data requirements; unified modeling language (UML) use case diagrams to capture study specific and governance requirements; and finally, business process models, using business process modeling notation (BPMN).
These requirements and their associated models should become part of research study protocols.
医学研究越来越需要将来自不同来源的数据进行关联。对新应用程序进行需求分析是软件工程的既定环节,但在生物医学文献中鲜有报道;而且对于如何链接异构健康数据,尚未发表通用方法。
进行文献综述,随后通过共识过程来定义如何对使用多个数据源的研究需求进行建模。
我们开发了一种需求分析方法:i - ScheDULEs。建模过程的首要组成部分是索引编制,并全面了解研究情况。其次,我们开发了一系列复杂度逐步递增的参考模型:用于定义数据需求的数据流图(DFD);用于捕获特定研究和治理需求的统一建模语言(UML)用例图;最后是使用业务流程建模符号(BPMN)的业务流程模型。
这些需求及其相关模型应成为研究方案的一部分。