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Countering security threats in service-oriented on-demand grid computing using sandboxing and trusted computing techniques

机译:使用沙箱和可信计算技术应对面向服务的按需网格计算中的安全威胁

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In this paper, an analysis of security threats within service-oriented on-demand Grid computing environments is presented. The analysis is based on identifying three levels of trust relationships and three types of Grid applications in on-demand computing; the trust relationships involve interactions among resource providers, middleware producers, solution producers, and users. The paper presents solutions for addressing the threats inherent to these three increasingly demanding levels. The solutions involve applying sandbox-based approaches using virtual machine technology and jailing mechanisms to ensure trust for the first two levels of on-demand Grid computing, as well as Trusted Computing Platform Alliance (TCPA) technology for the third level of on-demand Grid computing. A brief taxonomy of the presented solutions is introduced. (C) 2006 Elsevier Inc. All rights reserved.
机译:本文对面向服务的按需网格计算环境中的安全威胁进行了分析。该分析基于识别按需计算中的三个信任关系级别和三种类型的Grid应用程序。信任关系涉及资源提供者,中间件生产者,解决方案生产者和用户之间的交互。本文提出了解决这三个日益苛刻的要求所固有的威胁的解决方案。解决方案包括使用虚拟机技术和监狱机制应用基于沙盒的方法来确保对按需网格计算的前两个级别的信任,以及对按需网格的第三个级别的信任的计算平台联盟(TCPA)技术计算。介绍了所提出解决方案的简要分类法。 (C)2006 Elsevier Inc.保留所有权利。

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