可信地将传感器网络信息转发到互联网

O. Powell, J. Seigneur, L. Moraru
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引用次数: 4

摘要

互联网很快就会扩展,从部署在世界偏远地区的传感器网络收集的信息。例如,传感器可能分散在丛林中,并转发有关自然生态系统感知状态的信息,例如湿度、火灾探测……然而,攻击者仍然很容易断开传感器网络与互联网的连接。例如,传感器通常以逐跳的方式将其消息转发给基站,即互联网网关,因为它们在能量方面受到资源限制,能量的消耗随着传输范围的增加而急剧增加,攻击者可能会捕获中间传感器并丢弃消息而不是转发它们。在本文中,我们研究了如何使用计算信任来缓解天坑攻击的问题,并在MIX协议之上评估了我们的方法。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Trustworthily Forwarding Sensor Networks Information to the Internet
The Internet is soon going to be extended with the information collected from sensor networks deployed in wild remote regions of the world. For example, sensors may be dispersed in the jungle and forward information about the sensed states of the natural ecosystem, such as, humidity, fire detection... However, it is still quite easy for attackers to disconnect the sensors network from the Internet. For example, the sensors usually forward their messages to a base station, the Internet gateway, in a hop-by-hop fashion because they are resource-constrained in terms of energy, the spending of energy dramatically increases with the range of transmission and the attackers may capture intermediate sensors and drop messages rather than forwarding them. In this paper we study how computational trust can be used to mitigate the issue of sinkhole attacks and evaluate our approach on top of the MIX protocol.
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