SMSHM: Secure Mesh Mode Protocol to Enhance Security of 4G Networks

S. El-Ramly, S. Ashry, A. Elkouny, A. Elsherbini, H. Elbadawy
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引用次数: 6

Abstract

In order to protect the user's privacy as well as the network used, security support is mandatory for any communication. Unilateral authentication between the subscriber and Base Station (BS) was one of IEEE 802.16 security leaks. According to IEEE 802.16e, some security flaws are resolved, while there is scarcities of research on Mesh topology security as some vulnerability are still present. This paper points out a number of security holes and proposes a novel protocol intended to enhance security in Mesh mode. The protocol is based on biocryptosystems providing solutions to secure initial network entry, and achieve privacy between two different nodes in the network. Additionally, the protocol used the integration of Advance Encryption Standard and Biometric Digital Key (AES-BDK) to secure further network messages and key distribution.
SMSHM: Secure Mesh Mode Protocol,增强4G网络的安全性
为了保护用户的隐私以及所使用的网络,任何通信都必须提供安全支持。用户和基站(BS)之间的单边认证是IEEE 802.16安全漏洞之一。IEEE 802.16e解决了一些安全漏洞,但由于存在一些漏洞,对Mesh拓扑安全的研究较少。本文指出了一些安全漏洞,并提出了一种新的协议,旨在提高Mesh模式的安全性。该协议基于生物加密系统,提供了保护初始网络入口的解决方案,并实现了网络中两个不同节点之间的隐私。此外,该协议使用高级加密标准和生物识别数字密钥(AES-BDK)的集成来保护进一步的网络消息和密钥分发。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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