无线传感器网络中WSN的流形认证

N. Ambika, G. Raju
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引用次数: 3

摘要

缺乏安全性,信息在网络上的偷偷摸摸增加。无线传感器网络由部署在恶劣环境中的数百到数千个传感器组成。由于这些网络不受任何监管机构的主持,网络的安全性是一个基本的方面。由于缺乏安全性,节点容易受到攻击者的攻击。这些节点倾向于将数据吸引到自己,并修改数据或拒绝转发数据。本文通过消除受损节点,保证了网络在更大程度上的安全性。通过仔细检查传输的强度来发现网络中的受损节点。集群中的探测器联合起来仔细检查网络。根据这些发现,生成加密密钥。这种方法可以保护节点免受34%的Sybil攻击,27.8%的虫洞攻击和29.8%的Sinkhole攻击。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
MA WSN — Manifold authentication in wireless sensor network
Scarcity of security, increase in sneaking of information over a network. Wireless sensor network consists of hundreds to thousands of sensors deployed in hostile environment. As these networks are not presided over by any supervision, the security to the network is one of the elementary aspects. Due to lack of security, the nodes tend to get compromised by the adversaries. These nodes tend to attract the data towards itself and either modifies the data or denies forwarding it. This paper ensures that the network is secure to a larger extent by eliminating the compromised nodes. The intensity of the transmission is scrutinized to discover the compromised node in the network. The detector in the cluster joins hands in scrutinizing the network. Based on these findings, encryption keys are generated. This approach secures nodes from Sybil attack by 34%, Wormhole attack by 27.8% and Sinkhole attack by 29.8%.
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