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Enabling Location Privacy and Medical Data Encryption in Patient Telemonitoring Systems

机译:在患者远程监护系统中启用位置隐私和医疗数据加密

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摘要

Patient telemonitoring systems (PTS) deal with the acquisition, processing, and secure transmission of a patient's physiological and physical parameters to a remote location, where expert medical knowledge is available. In emergency situations, when the patient's life is threatened, the trend in modern PTS is to transmit the current location of the patient. Although research in communications security has led to mechanisms that sufficiently protect medical data, research related to location privacy area is still in its early stages. This paper proposes an architecture that enhances PTS through location privacy and data encryption. We study the most popular PTS technologies in conjunction with location privacy architectures and propose an innovative scheme that exploits a point-to-point protocol called Mist. We describe a prototype implementation, developed for validating the proposed framework along with the corresponding evaluation results.
机译:病人远程监护系统(PTS)负责获取,处理病人的生理和物理参数,并将其安全传输到可以获取专家医学知识的远程位置。在紧急情况下,当患者的生命受到威胁时,现代PTS的趋势是传输患者的当前位置。尽管对通信安全性的研究已经导致可以充分保护医疗数据的机制,但是与位置隐私区域有关的研究仍处于早期阶段。本文提出了一种通过位置隐私和数据加密来增强PTS的体系结构。我们结合位置隐私体系结构研究了最流行的PTS技术,并提出了一种创新的方案,该方案利用了称为Mist的点对点协议。我们描述了一个原型实现,它是为验证所提出的框架以及相应的评估结果而开发的。

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