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Building Trusted Sub-domain for the Grid with Trusted Computing

机译:使用可信计算为网格构建可信子域

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The Grid is all about, collaboration, which is supported by dynamic, multi-institutional virtual organizations (VO). The fact that Grid users and resource providers often suffer from attacks outside or inside the VO make it necessary to build a trusted sub-domain. The TCG (Trusted Computing Group) proposes Trusted Computing (TC) to enhance users' trust on today's open architecture platforms by adding a tamper-resistant hardware module called Trusted Platform Module (TPM) to the end system. In this paper, we propose and design an open-source security system based on Linux and TPM hardware to extend the trust on the platform to the Grid environment, and hereby provide sharing of trusted environment. Especially, we demonstrate how to build a trusted sub-domain for the Grid with our system by using trusted attestation and migration based on the TC.
机译:网格是关于协作的,动态的多机构虚拟组织(VO)支持协作。网格用户和资源提供者经常遭受VO外部或内部攻击的事实使得必须建立一个受信任的子域。 TCG(可信计算小组)提出了可信计算(TC)的建议,即在终端系统中添加一种称为防篡改的硬件模块,称为可信平台模块(TPM),以增强用户对当今开放体系结构平台的信任。在本文中,我们提出并设计了一个基于Linux和TPM硬件的开源安全系统,以将对平台的信任扩展到Grid环境,从而提供可信环境的共享。特别是,我们演示了如何通过基于TC的可信证明和迁移为我们的系统构建Grid的可信子域。

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