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Using RFID and Wi-Fi in Healthcare

机译:在医疗保健中使用RFID和Wi-Fi

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摘要

Europe faces a considerable challenge in providing good quality health care in the forthcoming future as the aging population increases. The phenomenon also results in a considerable cost on society due to the dependency on the public health sector particularly because such individuals would not be able to contribute to the economy. On the other hand, younger persons would need to make alternative arrangements to assist their elderly parents or relatives, potentially affecting productivity. The project Pervasive Nursing And docToral Assistant (PINATA) seeks to tackle this matter through the merging of Ambient Intelligence (Ami) and semantic web technologies. PIN ATA utilises pervasive devices to aid doctors and nurses to focus on the patient and thus improve the quality of healthcare services. This project proves the significant importance of using wireless technology in healthcare. This paper focuses on the use of Wi-Fi and RFID in an effort to enable continuous and intelligent monitoring of patients 'conditions remotely. Results show that the detection system performs well (over 80%) accuracy onfall detection and the manual readings mapped 100% with the results collected by the system over the Wi-Fi infrastructure discussed in this paper.
机译:随着人口老龄化的增加,欧洲在不久的将来要提供高质量的医疗服务面临着巨大的挑战。由于对公共卫生部门的依赖,这种现象还给社会造成了可观的代价,特别是因为这些人将无法为经济做出贡献。另一方面,年轻人将需要做出其他安排来帮助年迈的父母或亲戚,这可能会影响生产力。普及护理和博士助理(PINATA)项目旨在通过环境智能(Ami)和语义Web技术的合并来解决此问题。 PIN ATA利用无处不在的设备来帮助医生和护士专注于患者,从而提高医疗服务的质量。该项目证明了在医疗保健中使用无线技术的重要意义。本文着重介绍Wi-Fi和RFID的使用,以实现对患者状况的连续,智能监控。结果表明,该检测系统可以很好地(超过80%)进行准确的跌倒检测,并且手动读数与系统通过本文讨论的Wi-Fi基础设施收集的结果进行了100%的映射。

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