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首页> 外文期刊>Wireless personal communications: An Internaional Journal >Inclusive Elliptical Curve Cryptography (IECC) for Wireless Sensor Network Efficient Operations
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Inclusive Elliptical Curve Cryptography (IECC) for Wireless Sensor Network Efficient Operations

机译:包容性椭圆曲线密码(IECC)用于无线传感器网络高效操作

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摘要

Wireless sensor networks are the most vulnerable to all the wireless devices due to the massive damage caused by disrupting these networks. A good number of attacks have been launched in the wireless networks which are prevalent in the antagonist world. However, the most difficult of all the attacks is the identification and prevention of the replication of nodes. The time it takes to identify and isolate a cloned/replicated node is usually greater than any other attack detection techniques due to the similar id and features replicated by the attacker. Elliptical curve cryptography is well known for providing security in wireless networks. This paper explores a property of the ECC that is designed into a full pledged IECC protocol for keeping away replicated nodes from attacking the WSNs and MWSNs. In terms of application, the focus is to secure an industrial area using the IECC mechanism for efficient remote monitoring. Simulation analysis shows that the IECC performs well in static WSN and MWSNs over the existing baseline protocols.
机译:由于通过中断这些网络引起的巨大损坏,无线传感器网络是最容易受到所有无线设备的影响。在敌人的世界中普遍存在的无线网络中已经推出了很多攻击。然而,所有攻击中最困难的是识别和预防节点的复制。识别和隔离克隆/复制节点所需的时间通常大于由于攻击者复制的类似ID和特征而导致的任何其他攻击检测技术。椭圆曲线密码术是众所周知的,用于在无线网络中提供安全性。本文探讨了ECC的属性,该属性被设计为完整的IECC协议,用于将复制的节点攻击WSN和MWSN。在应用方面,重点是使用IECC机制来确保工业面积,以便高效远程监控。仿真分析表明,IECC通过现有基线协议在静态WSN和MWSN中进行良好。

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