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Designing interoperable telehealth platforms: bridging IoT devices with cloud infrastructures
Enterprise Information Systems ( IF 4.4 ) Pub Date : 2020-04-30 , DOI: 10.1080/17517575.2020.1759146
Kostas M. Tsiouris 1, 2 , Dimitrios Gatsios 2, 3 , Vassilios Tsakanikas 2 , Athanasios A. Pardalis 2 , Ioannis Kouris 1 , Thelma Androutsou 1 , Marilena Tarousi 1 , Natasa Vujnovic Sedlar 4 , Iason Somarakis 5 , Fariba Mostajeran 6 , Nenad Filipovic 7, 8 , Harm op den Akker 9 , Dimitrios D. Koutsouris 1 , Dimitrios I. Fotiadis 2, 10
Affiliation  

ABSTRACT

A platform offering web technologies and interoperable components is proposed, allowing integration of different technologies into a robust system. Key modules are provided in home, to support integration of IoT devices, and in the cloud, offering centralised services and storage. Communication between the two is performed using the open FIWARE-Orion protocol. Data are not tied to methods and resources, so the platform can handle multiple types of requests and data formats. The platform is deployed in HOLOBALANCE, a tele-rehabilitation system for balance disorders, providing surrogate holographic physiotherapists, real time evaluations of task performance and cloud-based data analytics for personalised coaching.



中文翻译:

设计可互操作的远程医疗平台:将物联网设备与云基础架构桥接

摘要

提出了一个提供Web技术和可互操作组件的平台,该平台允许将不同技术集成到一个强大的系统中。在家中提供关键模块以支持IoT设备的集成,而在云中提供关键模块,以提供集中式服务和存储。两者之间的通信使用开放的FIWARE-Orion协议执行。数据不依赖于方法和资源,因此平台可以处理多种类型的请求和数据格式。该平台部署在HOLOBALANCE中,该系统是一种用于平衡失调的远程康复系统,可提供全息全息物理治疗师,任务绩效的实时评估以及基于云的数据分析以进行个性化指导。

更新日期:2020-04-30
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