Trigo Jesús D, Chiarugi Franco, Alesanco Alvaro, Martínez-Espronceda Miguel, Chronaki Catherine E, Escayola Javier, Martínez Ignacio, García José
Communications Technologies Group (GTC), Aragón Institute for Engineering Research (I3A). University of Zaragoza. María de Luna, 1. 50018 Zaragoza. Spain.
Annu Int Conf IEEE Eng Med Biol Soc. 2009;2009:4635-8. doi: 10.1109/IEMBS.2009.5332677.
Ambient assisted living and integrated care in an aging society is based on the vision of the lifelong Electronic Health Record calling for HealthCare Information Systems and medical device interoperability. For medical devices this aim can be achieved by the consistent implementation of harmonized international interoperability standards. The ISO/IEEE 11073 (x73) family of standards is a reference standard for medical device interoperability. In its Personal Health Device (PHD) version several devices have been included, but an ECG device specialization is not yet available. On the other hand, the SCP-ECG standard for short-term diagnostic ECGs (EN1064) has been recently approved as an international standard ISO/IEEE 11073-91064:2009. In this paper, the relationships between a proposed x73-PHD model for an ECG device and the fields of the SCP-ECG standard are investigated. A proof-of-concept implementation of the proposed x73-PHD ECG model is also presented, identifying open issues to be addressed by standards development for the wider interoperability adoption of x73-PHD standards.
老龄化社会中的环境辅助生活与综合护理基于终身电子健康记录的愿景，要求医疗保健信息系统和医疗设备实现互操作性。对于医疗设备而言，这一目标可通过统一实施协调一致的国际互操作性标准来实现。ISO/IEEE 11073（x73）系列标准是医疗设备互操作性的参考标准。在其个人健康设备（PHD）版本中已纳入了多种设备，但尚未有心电图设备专用标准。另一方面，用于短期诊断心电图的SCP - ECG标准（EN1064）最近已被批准为国际标准ISO/IEEE 11073 - 91064:2009。本文研究了一种针对心电图设备的拟议x73 - PHD模型与SCP - ECG标准各领域之间的关系。还介绍了所提议的x73 - PHD心电图模型的概念验证实施情况，确定了为使x73 - PHD标准更广泛地实现互操作性而有待标准制定解决的开放性问题。
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