认证机制综述:Ad-Hoc无线传感器网络的认证

P. Boyle, T. Newe
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引用次数: 9

摘要

无线传感器网络的许多应用,如国土安全和商业应用,收集和传播敏感和重要的信息。为了使这些应用程序成功运行,有必要维护传输数据的私密性和安全性。仍然没有定义的是一种令人满意的、最有效的保护信息的方法。本文考虑了目前用于实现安全性的认证机制。当网络的一个节点可以通过某种安全机制被验证为网络的一个有效成员节点时,这被称为身份验证。然后,该节点可以通过网络发送和接收可信消息,并附加消息验证码,只有持有共享秘密的其他有效节点才能访问该消息验证码。给出了一个比较表,说明了这些身份验证协议所拥有的各种属性。这对于希望为预期应用实现最具成本效益和适当协议的设计人员是有益的,因为基于仿真和基于实现的理想特性都很容易识别。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
A Survey of Authentication Mechanisms: Authentication for Ad-Hoc Wireless Sensor Networks
Many applications of wireless sensor networks, such as homeland security and commercial applications collect and disseminate sensitive and important information. In order for these applications to operate successfully, it is necessary to maintain the privacy and security of transmitted data. What remains undefined is an agreeable and most effective way of securing the information. This paper considers current mechanisms of authentication used to achieve security. When a node of a network can be verified as being a valid member node of the network, by some security mechanism, this is known as authentication. This node may then send and receive trustworthy messages across the network, appended with a message authentication code that only other valid nodes, holding a shared secret, may access. A comparison table is presented, illustrating various properties held by these authentications protocols. This is beneficial to designers wishing to implement the most cost effective and appropriate protocol for the intended application, as the desirable characteristics, both simulation based and implementation based, are easily identifiable.
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