DME:医疗物联网(HIoT)中人体传感器网络的高效加密技术

Chetan Pandey, Sachin Sharma, Priya Matta
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引用次数: 6

摘要

为了保证宝贵数据的安全,使用户与医疗辅助人员之间的通信安全,本文提出了一种新的加密技术——动态矩阵加密(Dynamic Matrix encryption, DME)。此方法使用主密钥和辅助密钥概念,其中主密钥实际上是系统生成的验证者,而辅助密钥将由我们希望向其发送个人医疗数据的医疗辅助人员或希望返回其个人报告的用户提供。在这里,作者用一个合适的例子解释了建议的加密技术。在建议的模型中,包括密钥在内的每一位数据在网络中传输时都将处于加密模式。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
DME: An Efficient Encryption Technique for Body Sensor Network in Healthcare Internet of Things (HIoT)
In order to secure the precious data and make a secure communication way between the user and their health assistance, the authors of this paper are going to suggest a novel encryption technique named Dynamic Matrix Encryption (DME). This method uses the concept of primary and secondary key concept where the primary key is actually a system-generated verifier and the secondary key will be provided by the medical assistance to whom we want to send our personal medical data or by the user who wants their personal report back. Here the authors explain the suggested encryption technique with a suitable example. In the suggested model every bit of data, including keys, will be in encrypted mode while traveling in the network.
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