Using Trusted Computing Technology to Facilitate Security Enforcement in Wireless Sensor Networks

Yanjiang Yang, Robert H. Deng, F. Bao, Jianying Zhou
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引用次数: 7

Abstract

Security enforcement in wireless sensor networks is by no means an easy task, due to the inherent resource-constrained nature of sensor nodes. To facilitate security enforcement, we propose to incorporate more powerful high-end Security Enforcement Facilitators (SEFs) into wireless sensor networks. In particular, the SEFs are equipped with TCG-compliant Trusted Platform Modules (TPMs) to protect cryptographic secrets, perform authenticated booting and attest their platform state to a remote base station. As such, the SEFs act as online trusted third parties to effectively monitor the states of sensor nodes, help in key management, simplify secure routing, and facilitate access control.
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利用可信计算技术促进无线传感器网络的安全实施
由于传感器节点固有的资源约束性质,无线传感器网络中的安全实施绝不是一项容易的任务。为了促进安全执法,我们建议在无线传感器网络中加入更强大的高端安全执法促进者(sef)。特别是,sef配备了符合tcg标准的可信平台模块(TPMs),以保护加密秘密,执行身份验证启动,并向远程基站证明其平台状态。因此,sef作为在线可信第三方,可以有效地监控传感器节点的状态,帮助进行密钥管理,简化安全路由,方便访问控制。
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(How) Can We Manage the Trustworthiness of Security Infrastructures and Services? Mutual Information Based Watermarking Detection in Wavelet Domain for Copyright Protection Using Trusted Computing Technology to Facilitate Security Enforcement in Wireless Sensor Networks Trusted Connection between Mobile Nodes and Mobility Anchor Points in Hierarchical Mobile IPv6 Trusted Boot and Platform Trust Services on 1CD Linux
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