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A Combined Solution for Routing and Medium Access Control Layer Attacks in Mobile Ad Hoc Networks | Science Publications

机译:移动Ad Hoc网络中路由和媒体访问控制层攻击的组合解决方案|科学出版物

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> Problem statement: In Mobile Ad hoc Network (MANET), both the routing layer and the Medium Access Control (MAC) layer are vulnerable to several attacks. There are very few techniques to detect and isolate the attacks of both these layers simultaneously. In this study, we developed a combined solution for routing and MAC layer attacks. Approach: Our approach, makes use of three techniques simultaneously which consists of a cumulative frequency based detection technique for detecting MAC layers attacks, data forwarding behavior based detection technique for detecting packet drops and message authentication code based technique for packet modification. Results: Our combined solution presents a reputation value for detecting the malicious nodes and isolates them from further network participation till its revocation. Our approach periodically checks all nodes, including the isolated nodes, at regular time period λ. A node which recovers from its misbehaving condition is revoked to its normal condition after the time period λ. Conclusion/Recommendations: By simulation results, we show that our combined solution provides more security by increased packet delivery ratio and reduced packet drops. We also shown that our approach has less overhead compared to the existing technique.
机译: > 问题陈述:在移动自组织网络(MANET)中,路由层和媒体访问控制(MAC)层都容易受到多种攻击。同时检测和隔离这两个层的攻击的技术很少。在这项研究中,我们开发了一种针对路由和MAC层攻击的组合解决方案。 方法:我们的方法同时利用了三种技术,包括基于累积频率的检测MAC层攻击的检测技术,基于数据转发行为的检测数据包丢弃的检测技术和基于消息认证码的技术。数据包修改。 结果:我们的组合解决方案为检测恶意节点提供了信誉价值,并将其与进一步的网络参与隔离,直到被撤销为止。我们的方法以规则的时间段λ定期检查所有节点,包括隔离的节点。从行为异常状态恢复的节点在时间段λ之后被撤回其正常状态。 结论/建议:通过仿真结果,我们证明了我们的组合解决方案通过提高数据包传输率和减少数据包丢弃来提供更高的安全性。我们还表明,与现有技术相比,我们的方法具有较少的开销。

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