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Hybrid cryptosystem in wireless body area networks using message authentication code and modified and enhanced lattice‐based cryptography (MAC‐MELBC) in healthcare applications
Concurrency and Computation: Practice and Experience ( IF 1.5 ) Pub Date : 2020-12-11 , DOI: 10.1002/cpe.6132
V. Anusuya Devi 1 , V. Kalaivani 1
Affiliation  

Wireless Body Area Networks (WBAN) is a network of sensor devices that are connected together located in the clothes, on the body or underneath a human's skin to monitor patient's health continuously and communicate with required resources. Recently, WBAN offers many applications like remote health monitoring, sports, military, healthcare, and so forth. In healthcare, it improves the patient's life quality based on a faster, accurate diagnosis of diseases and better treatment of patients. Security is a major challenging task to protect the life critical data against various security threats. Many health security systems have been proposed by various researchers for WBAN. Even though, none of the security algorithms achieved high security with efficient time. Hybrid encryption technique plays an essential role to provide high security as compared to previous methods. Therefore, this paper introduces Hybrid Encryption Algorithms (HEA) by combining symmetric key (Message Authentication Code [MAC]) and asymmetric key cryptographic techniques (Modified and Enhanced Lattice‐Based Cryptography [MELBC]) are used to provide strong security, because symmetric techniques provide a high level of security and asymmetric provides key administration. Based on experimental results, it is proven that the proposed algorithm HEA provides high security than other security algorithms.

中文翻译:

无线体域网中的混合密码系统,在医疗保健应用中使用消息身份验证代码以及经过修改和增强的基于格点的密码学(MAC‐MELBC)

无线人体局域网(WBAN)是传感器设备的网络,这些传感器设备连接在一起,位于衣服上,身体上或人的皮肤下方,以连续监控患者的健康并与所需资源进行通信。最近,WBAN提供了许多应用程序,例如远程健康监控,体育,军事,医疗保健等。在医疗保健领域,它可以更快,更准确地诊断疾病并更好地治疗患者,从而改善患者的生活质量。安全是一项重要的挑战性任务,旨在保护生命攸关的数据免受各种安全威胁。各种研究人员已经为WBAN提出了许多健康保障系统。即使安全性算法都无法在有效时间上实现高安全性。与以前的方法相比,混合加密技术在提供高安全性方面起着至关重要的作用。因此,本文通过将对称密钥(消息认证码[MAC])和非对称密钥密码技术(基于改进和增强的基于格的密码学[MELBC])相结合来引入混合加密算法(HEA),因为对称技术可提供强大的安全性提供高级别的安全性,非对称提供密钥管理。实验结果表明,该算法具有比其他安全算法更高的安全性。本文通过将对称密钥(消息身份验证代码[MAC])和非对称密钥加密技术(基于改进和增强的基于格子的加密技术[MELBC])结合使用,介绍了混合加密算法(HEA),以提供强大的安全性,因为对称技术提供了一种安全性。高安全性和非对称性提供密钥管理。实验结果表明,该算法具有比其他安全算法更高的安全性。本文通过将对称密钥(消息身份验证代码[MAC])和非对称密钥加密技术(基于改进和增强的基于格子的加密技术[MELBC])结合使用,介绍了混合加密算法(HEA),以提供强大的安全性,因为对称技术提供了一种安全性。高安全性和非对称性提供密钥管理。实验结果表明,该算法具有比其他安全算法更高的安全性。
更新日期:2020-12-11
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