Towards Trusted Mobile Ad-Hoc Clouds

A. Hammam, S. Senbel
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引用次数: 0

Abstract

Most current cloud provisioning involves a data center model, in which clusters of machines are dedicated to running cloud infrastructure software. Ad-hoc mobile clouds, in which infrastructure software is distributed over resources harvested from machines already existing and used for other purposes, are gaining popularity. In this paper, we propose a trust management system (TMC) for mobile ad-hoc clouds. This system considers availability, neighbors’ evaluation and response quality and task completeness in calculating the trust value for a node. The trust management system is built over PlanetCloud which introduced the term of ubiquitous computing. EigenTrust algorithm is used to calculate the reputation trust value for nodes. Finally, a performance test was executed to prove the efficiency of the proposed TMC in term of execution time, and detecting node behavior.
迈向可信移动Ad-Hoc云
当前的大多数云配置都涉及数据中心模型,其中机器集群专门用于运行云基础设施软件。Ad-hoc移动云正变得越来越流行,在这种云中,基础设施软件分布在从现有机器获取的资源上,并用于其他目的。本文提出了一种针对移动自组织云的信任管理系统(TMC)。该系统在计算节点的信任值时考虑了节点的可用性、邻居的评价和响应质量以及任务的完备性。信任管理系统建立在PlanetCloud之上,PlanetCloud引入了普适计算的概念。采用特征信任算法计算节点的信誉信任值。最后,进行了性能测试,证明了TMC在执行时间和检测节点行为方面的效率。
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