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Secure AODV Protocol for Mobile Networks Using Short Digital Signatures

机译:使用短数字签名的移动网络安全AODV协议

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Security is a primary issue in Mobile Ad-hoc networks (MANETs). Unlike the wired networks, mobile network faces a number of challenges in security threats which are difficult to prevent due to limited computational resources, shared wireless medium, energy/battery power, limited wireless range. In this paper we review existing security attacks in MANETs and proposed an enhanced mechanism to prevent them. We modify Ad-hoc on demand distance vector routing protocol (AODV) by introducing short digital signature scheme for authentication and name it Secure AODV(SAODV).The use of Short digital signature aims at gaining the same security level but with more efficiency and less computation. The performance of SAODV is evaluated against the known security threats which is significant as it proves highly resistant to a number of malicious attempts in MANETs. We have also evaluated the proposed protocol for its limitations.
机译:安全性是移动自组织网络(MANET)中的主要问题。与有线网络不同,移动网络面临许多安全威胁方面的挑战,这些挑战由于有限的计算资源,共享的无线介质,能源/电池电量,有限的无线范围而难以避免。在本文中,我们回顾了MANET中现有的安全攻击,并提出了一种增强的机制来防止此类攻击。通过引入短数字签名方案进行身份验证,我们修改了Ad-hoc按需距离矢量路由协议(AODV),并将其命名为安全AODV(SAODV)。使用短数字签名旨在获得相同的安全级别,但效率更高而更少计算。 SAODV的性能是针对已知的安全威胁进行评估的,这非常重要,因为它被证明对MANET中的许多恶意尝试具有高度抵抗力。我们还评估了拟议协议的局限性。

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