使用改进的密钥管理的安全无线传感器网络

Ibtisam J. Habeeb, Ra'ad A. Muhajjar
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引用次数: 2

摘要

无线传感器网络(WSN)由许多被称为传感器的小型设备组成,这些设备在低能量、内存和计算等资源方面受到限制。传感器部署在恶劣的环境中,容易受到各种安全问题的影响,并且由于传感器中的资源限制,在这种类型的网络中进行密钥管理并提供强大的安全性是一项挑战。密钥在密码学中有对称和非对称两种使用方式,与对称相比,非对称需要更多的通信、内存和计算能力,因此不适合用于WSN。本文提出了一种基于对称密钥的密钥管理方案,每个节点使用伪随机生成器(PRNG)生成密钥,并基于预分布初始密钥和CBC - RC5与基站共享密钥,以达到信任、完整性和认证的目的。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Secured Wireless Sensor Network Using Improved Key Management
Wireless Sensor Network (WSN) consists of a numerous of small devices called sensor which has a limitation in resources such as low energy, memory, and computation. Sensors deployed in a harsh environment and vulnerable to various security issues and due to the resource restriction in a sensor, key management and provide robust security in this type of networks is a challenge. keys may be used in two ways in cryptography is symmetric or asymmetric, asymmetric is required more communication, memory, and computing when compared with symmetric, so it is not appropriate for WSN. In this paper, key management scheme based on symmetric keys has been proposed where each node uses pseudo-random generator (PRNG)to generate key that is shared with base station based on pre-distributed initial key and CBC - RC5 to reached to confidently, integrity and authentication.
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