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Rapid jamming detection approach based on fuzzy in WSN

机译:基于WSN模糊的快速干扰检测方法

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摘要

It is necessary for securing wireless sensor networks from jamming, since these networks are easily attacked by jammers. Jamming may be made by either external jammer node or internal node, which may become as an adversary in future. In this paper, two approaches are proposed in the cluster-based sensor network to detect the maliciousness level of nodes to secure sensor networks from jamming attacks. First approach detects maliciousness level of nodes using two modules, namely, certification module and monitoring module. Certification module defends the network from the jammers. Monitoring module discovers the sensor nodes that are jammed by a jammer. Second approach uses fuzzy logic for optimizing the jamming metrics to determine the occurrence of jamming accurately. The proposed system achieves 99.58% detection ratio to determine node's maliciousness level.
机译:有必要从干扰中保护无线传感器网络,因为这些网络很容易被干扰器攻击。 干扰可以通过外部干扰节点或内部节点进行,这可能成为未来的对手。 在本文中,在基于群集的传感器网络中提出了两种方法,以检测从干扰攻击确保传感器网络的节点的恶意性级别。 首先使用两个模块,即认证模块和监控模块检测节点的恶意程度。 认证模块从干扰器中捍卫网络。 监视模块发现由干扰器卡住的传感器节点。 第二种方法使用模糊逻辑优化干扰度量,以准确地确定干扰的发生。 该系统的检测率达到99.58%,以确定节点的恶意级别。

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