A novel approach for sel sh nodes detection in MANETs: proposal and Petri nets based modeling

D. Djenouri, N. Badache
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引用次数: 18

Abstract

The resource limitation of nodes used in self- organized ad hoc networks, along with the multi-hop nature of these networks, may cause a new behavioral phenomena which does not exist in traditional infrastructured environ- ments. To save its energy, a node may behave sel shly ,t hen it would not forward packets for other nodes while using their resources to forward its own packets. This deviation from the normal behavior is a potential threat against the service availability, one of the most important security requirements. Resolving this problem is challenging, due to the self-organization and the infrastructureless features of these networks. Recently, some solutions have been proposed, but almost all these solutions rely on the watchdog technique (1), which suffers from many problems. Especially when using the power control technique, employed by some new power- aware routing protocols following the watchdog's proposal. To overcome this problem, we propose in this paper a new approach we call two hops ACK (acknowledgment). Using petri nets we model and analyze our solution based on this novel approach.
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一种新的自组网节点检测方法:基于提议和Petri网的建模
自组织自组织网络中节点资源的有限性,以及自组织自组织网络的多跳特性,可能导致传统基础设施环境中不存在的一种新的行为现象。为了节省能量,一个节点可能会表现得很谨慎,当它使用其他节点的资源转发自己的数据包时,它不会为其他节点转发数据包。这种对正常行为的偏离是对服务可用性的潜在威胁,而服务可用性是最重要的安全需求之一。由于这些网络的自组织和无基础设施的特性,解决这个问题是具有挑战性的。近年来,已经提出了一些解决方案,但几乎所有这些解决方案都依赖于看门狗技术(1),存在许多问题。特别是在使用功率控制技术时,根据看门狗的建议,采用了一些新的功率感知路由协议。为了克服这个问题,本文提出了一种新的方法,我们称之为两跳ACK(确认)。我们使用petri网对基于这种新方法的解决方案进行建模和分析。
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