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Performance Analysis of Malicious Node Detection and Elimination Using Clustering Approach on MANET
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作者 s. gopalakrishnan P. Mohan Kumar 《Circuits and Systems》 2016年第6期748-758,共11页
Mobile Ad hoc Network (MANET) is a significant concept of wireless networks which comprises of thousands of nodes that are mobile as well as autonomous and they do not requires any existing network infrastructure. The... Mobile Ad hoc Network (MANET) is a significant concept of wireless networks which comprises of thousands of nodes that are mobile as well as autonomous and they do not requires any existing network infrastructure. The autonomous nodes can freely and randomly move within the network which can create temporary dynamic network and these networks can change their topology frequently. The security is the primary issue in MANET which degrades the network performance significantly. In this paper, cluster based malicious node detection methodology is proposed to detect and remove the malicious nodes. Each node within the cluster gets the cluster key from the cluster head and this key is used for the data transaction between cluster head and node. The cluster head checks this key for every data transaction from node and match with their cluster table. If match is valid, and then only it will recognize that this node is belongs to this cluster, otherwise it is decided as malicious node. This paper also discusses the detection of link failure due to the presence of malicious node by determining the gain of each link in the network. The performance of the proposed method is analyzed using packet delivery ratio, network life time, and throughput and energy consumption. The proposed malicious node detection system is compared with the conventional techniques as OEERP (Optimized energy efficient routing protocol), LEACH (Low energy adaptive clustering hierarchy), DRINA (Data routing for In-network aggregation) and BCDCP (Base station controlled dynamic clustering protocol). 展开更多
关键词 Malicious Node Cluster Formation MANET Cluster Head
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采用遗传算法和基于断裂准则的破坏机理进行复合板优化设计 被引量:4
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作者 G. Narayana Naik s. gopalakrishnan Ranjan Ganguli 《钢结构》 2008年第9期88-88,共1页
基于破坏机制、最大应力和Tsai-Wu破坏准则,提出复合层压板的最小质量设计。其目的是论证复合材料设计中最近提出的FMB破坏准则的有效性。破坏准则认为不同的破坏机制,如,纤维破坏、模具破裂、纤维压缩破坏以及模具压碎,与不同的荷载条... 基于破坏机制、最大应力和Tsai-Wu破坏准则,提出复合层压板的最小质量设计。其目的是论证复合材料设计中最近提出的FMB破坏准则的有效性。破坏准则认为不同的破坏机制,如,纤维破坏、模具破裂、纤维压缩破坏以及模具压碎,与不同的荷载条件相关。将遗传算法用于优化研究中,当层压板受到压-压荷载时,与破坏机制和最大破坏应力准则相比,在破坏包络图的第三象限,Tsai-Wu破坏准则预测超过预期层压板质量达到86%。破坏机制以及最大破坏应力标准给出了可比较的质量标准。破坏准则可以考虑用于复合结构的强度设计。 展开更多
关键词 复合材料最小质量设计 遗传算法 基于断裂准则的破坏机理 优化设计 破坏包络图
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