Safety Improvement for SMART on FHIR Apps with Data Quality by Contract

Jean-Philippe Stoldt, J. Weber
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引用次数: 4

Abstract

Initiatives leveraging the emerging SMART on FHIR standard are promising healthcare system improvements while reducing information technology costs with reusable system components. Previously closed Electronic Medical Record systems are gradually opened to third party applications through FHIR-enabled APIs. While this allows for technical interoperability, patient safety concerns from data quality issues with the underlying system data remain unsolved. We propose to apply a “Data Quality by Contract” approach to pre- and post-conditions of data use cases to assure safe operation of SMART on FHIR apps. We demonstrate how a cardiac risk scoring app could leverage data quality probes to validate several data quality concerns.
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智能FHIR应用程序的安全改进与数据质量的合同
利用FHIR标准上新兴的SMART的倡议有望改善医疗保健系统,同时通过可重用的系统组件降低信息技术成本。以前封闭的电子医疗记录系统通过启用fhir的api逐渐向第三方应用程序开放。虽然这允许技术互操作性,但由于底层系统数据的数据质量问题而引起的患者安全问题仍未得到解决。我们建议对数据用例的前置和后置条件采用“合同数据质量”方法,以确保SMART在FHIR应用程序上的安全运行。我们演示了心脏风险评分应用程序如何利用数据质量探测器来验证几个数据质量问题。
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