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Hybrid cryptography mechanism for securing self-organized wireless networks

机译:用于保护自组织无线网络的混合加密机制

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Nowadays use of wireless technologies tremendously increased due to the continuous development of these technologies in various applications. One of the development in wireless technologies leads to deployment of the networks in which all mobile nodes will communicate via wireless links directly without use of any base station or predefined infrastructural support. These networks are self-organized networks called mobile ad hoc networks (MANETs) and architecture used for these networks will be either stand alone with one or few nodes communicating with base station or distributed. As communication is done through wireless links, these types of networks are more prone to several kinds of attacks. Authentication and encryption acts as first line of defense while an intrusion detection system (IDS) acts as a second line of defense. One of the intrusion detection system used in MANET is Enhanced Adaptive Acknowledgement (EAACK) which is based on acknowledgement packets for detection of malicious activities. This system increases the overhead of network significantly relative to other system such as watchdog. So, in this paper we adopt the hybrid cryptography to reduce the network overhead and enhance the security of networks significantly.
机译:如今,使用无线技术在各种应用中不断发展这些技术的持续发展,使用无线技术。无线技术的一个开发导致网络部署,其中所有移动节点都将通过无线链路直接通信,而不使用任何基站或预定义的基础设施支持。这些网络是一种称为移动临时网络(MANET)的自组织网络(MANET),并且用于这些网络的架构将独立于与基站或分布式通信的一个或几个节点。随着通过无线链路完成的通信,这些类型的网络更容易出现几种攻击。身份验证和加密充当第一行防线,而入侵检测系统(IDS)充当第二行防御。 MANET中使用的一种入侵检测系统是增强的自适应确认(EACK),其基于用于检测恶意活动的确认数据包。该系统可与看门狗等其他系统显着提高网络的开销。因此,在本文中,我们采用混合加密,以减少网络开销,并显着提高网络的安全性。

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