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SECURE ADHOC ROUTING FOR DATA TRANSFER USING NEURO FUZZY

机译:使用神经模糊技术进行数据传输的安全临时路由

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In the present world the security vulnerabilities are highly challenging in MANET. To get the maximum security and minimum threat there is lots of work going on. To effectively isolate the malicious node this paper proposes a Neuro fuzzy algorithm. By using fuzzy logic we can further improve the security level by identifying the malicious node more accurately. The concept behind the paper is as in real life scenario, trust and sharing. Here in this paper we use the concept of trusting supporters, sharing the companion list and routing through data. In order to get a secure high trust level, fuzzy logic is applied for evaluating routing response and isolates the malicious node. Trusted route is evaluated in sequence of operation and data is transferred at a most trusted level. Trust values are computed to each node by setting verge values. The values of each node is checked with the verge value. If the value higher than the verge value mark it as high trusted node or else low trusted node.The fuzzy logic is implemented using aarmp routing protocol. Thus the level of trust is increased to obtain accuracy of identification. The goal of getting a robust route without any malicious node is achieved.
机译:在当今世界,MANET中的安全漏洞具有很高的挑战性。为了获得最大的安全性和最小的威胁,需要进行大量工作。为了有效隔离恶意节点,本文提出了一种神经模糊算法。通过使用模糊逻辑,我们可以通过更准确地识别恶意节点来进一步提高安全级别。本文背后的概念与现实生活中的情景,信任和共享相同。在本文中,我们使用信任支持者,共享伙伴列表和路由数据的概念。为了获得安全的高信任级别,将模糊逻辑应用于评估路由响应并隔离恶意节点。按照操作顺序评估受信任的路由,并以最受信任的级别传输数据。通过设置边缘值来计算每个节点的信任值。将使用边缘值检查每个节点的值。如果该值高于边缘值,则将其标记为高信任节点或低信任节点。模糊逻辑使用aarmp路由协议实现。因此,增加信任级别以获得识别的准确性。达到了在没有任何恶意节点的情况下获得可靠路由的目标。

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