使用Antidote和IEEE 11073实现物联网医疗系统的第一步

Danilo F. S. Santos, Mateus A. M. Lima, J. L. Nascimento, A. Perkusich, H. Almeida
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引用次数: 3

摘要

医疗保健成本的不断增加,慢性病患者对保持高质量生活的渴望,以及个人健康设备(博士)的日益普及,都是“物联网健康”愿景的组成部分。与此同时,越来越多的消费电子(CE)设备,如电视、冰箱或媒体播放器,正变得能够扮演“健康中心”的角色,即传感器博士的数据收集器。许多博士(以及各自的收集器)遵循健康设备的标准协议栈:IEEE 11073-20601。本文介绍了解毒剂:IEEE 11073-20601栈的一个可移植的开源实现,它进一步促进了该标准并增加了其对开发人员社区的可用性。Antidote的主要贡献之一是它使用DataList XML或JSON格式导出健康数据,这有助于开发人员在不同平台上进行集成。最后,介绍了我们在移动平台和物联网网络等不同场景下使用Antidote的经验。
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Enabling the first step for IoT health systems using Antidote and IEEE 11073
The increasing cost of healthcare, the desire of keeping a high-quality life in face of chronic conditions, and the increasing availability of personal health devices (PHDs) are the ingredients of “IoT health” vision. In parallel, a growing number of consumer electronic (CE) devices like TVs, refrigerators or media players are becoming capable of taking the role of “health hub”, that is, a data collector for the sensor PHDs. Many PHDs (and the respective collectors) follow a standard protocol stack for health devices: IEEE 11073-20601. This paper presents Antidote: a portable, open-source implementation of the IEEE 11073-20601 stack, which further promotes this standard and increases its availability to the developer community. One of the main contributions of Antidote is how it exports health data using a DataList XML or JSON format, which helps its integration by developers in different platforms. Finally, it is presented our experience using Antidote on different scenarios, such as on mobile platforms and IoT networks.
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