A Trusted Routing Schemes for IoT

Zipeng Diao, Bei Gong, Haotian Zhu, Yong Wu
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Abstract

The Internet of Things has become an essential part of human life. When an IoT node transmits data, it needs to go through multiple hops to reach its destination, which relies on the support of routing algorithms. The IoT network architecture itself is deficient. It is easy to various routing attacks. For requirements of secure routing for IoT, we propose an intra-domain trusted routing scheme. Our trusted routing scheme is based on-demand routing protocol and references to link trust values. For routing functions, it includes a route negotiation process and pathfinding mechanism based on a modified heap optimization method. For security functions, the security of routing is protected by trusted computing mechanism. In the sybil attack experiment, our routing schemes provide well protection effect.
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一种物联网可信路由方案
物联网已经成为人类生活中不可或缺的一部分。物联网节点在传输数据时,需要经过多跳才能到达目的地,这依赖于路由算法的支持。物联网网络架构本身存在缺陷。它很容易受到各种路由攻击。针对物联网安全路由的需求,提出了一种域内可信路由方案。我们的可信路由方案基于按需路由协议并引用链路信任值。对于路由功能,它包括路由协商过程和基于改进堆优化方法的寻路机制。在安全功能方面,采用可信计算机制保护路由的安全性。在sybil攻击实验中,我们的路由方案提供了良好的防护效果。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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