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首页> 外文会议>ICCEE 2010;International conference on computer and electrical engineering >Secure and Reliable Multi-Path Transmission Scheme on Underwater Acoustic Sensor Networks
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Secure and Reliable Multi-Path Transmission Scheme on Underwater Acoustic Sensor Networks

机译：水下声传感器网络上安全可靠的多路径传输方案

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Underwater Acoustic Sensor Networks (UASN) based on the advances in underwater data collection and observing systems may play an important role in oceanographic research. But many unique features of UASN pose challenge on development of reliable and secure data transport to overcome harsh aquatic communication conditions. In this paper, we use multi-path routing to address secure and reliable transmission issue named as SRMR. There are two contributions in the area of secure and reliable transmission control protocols for UASN: (1) Forward Error Correction (FEC) erasure coding employed in multi-path routing is used to guarantee reliable transmission resistant to frequent acoustic error; (2) Weighted Threshold Secret Sharing (WTSS) is used to guarantee secure transmission resistant to malicious attack, and one message is split into multiple shares and then delivers the message shares to the sink node via multiple independent paths instead of using single one path. Recent researches have addressed secure transmission or reliable transmission scheme but these two aspects are independent, therefore, to our knowledge, design a secure and reliable compatible routing scheme for UASN is the first research in publish. Therefore, our proposed SRMR scheme provides a novel approach to guarantee reliable and secure transmission in harsh acoustic communication channel. The results verified the performance of this proposed SRMR scheme through simulation, and the simulation confirms the result from analytical study.
机译：基于水下数据收集和观测系统的进步的水下声传感器网络（UASN）可能在海洋学研究中发挥重要作用。但是，UASN的许多独特功能给开发可靠，安全的数据传输以克服恶劣的水上通信条件带来了挑战。在本文中，我们使用多路径路由来解决称为SRMR的安全可靠的传输问题。在用于UASN的安全可靠传输控制协议方面有两个贡献：（1）多路径路由中采用的前向纠错（FEC）擦除编码用于确保可靠的传输，防止频繁的声频错误。 （2）加权阈值秘密共享（WTSS）用于确保抵抗恶意攻击的安全传输，并且将一条消息拆分为多个共享，然后通过多个独立路径而不是使用单个路径将消息共享传递到接收器节点。最近的研究已经针对安全传输或可靠传输方案，但是这两个方面是独立的，因此，据我们所知，为UASN设计安全可靠的兼容路由方案是首次发表的研究。因此，我们提出的SRMR方案提供了一种新颖的方法来保证在恶劣的声学通信信道中的可靠和安全的传输。结果通过仿真验证了该SRMR方案的性能，仿真结果验证了分析研究的结果。

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