WQR-UD: An online scheduling algorithm for FemtoClouds

C. Anglano, M. Canonico, Marco Guazzone
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引用次数: 6

Abstract

FemtoClouds are computing platforms, implementing the Fog Computing paradigm, consisting in an ensemble of heterogeneous mobile devices whose users agree to run the tasks offloaded by other users. FemtoClouds are well suited for the execution of Bag-of-Tasks (BoTs) applications, but, being characterized by high resource heterogeneity and volatility, require the availability of scheduling techniques able to effectively deal with ensembles of independently-owned, heterogeneous devices that can suddenly leave the system. In this paper we propose WQR-UD, an online scheduling algorithm that, thanks to the combination of simple task and device selection policies (that do not require any information concerning the applications and the devices) with effective heterogeneity and volatility tolerance mechanisms, is able to effectively schedule a stream of BoT applications on FemtoCloud systems. We assess the ability of WQR-UD to meet its design goals by running an extensive simulation study for a large set of realistic operational scenarios. Our results clearly indicate that WQR-UD is able to effectively schedule a stream of BoT applications on FemtoCloud systems.
WQR-UD: FemtoClouds的在线调度算法
femtocloud是实现雾计算范式的计算平台,由异构移动设备组成,其用户同意运行由其他用户卸载的任务。femtocloud非常适合执行任务包(bot)应用程序,但是,由于其特点是资源的高异质性和波动性,需要可用的调度技术能够有效地处理可能突然离开系统的独立拥有的异构设备的集合。在本文中,我们提出了一种在线调度算法WQR-UD,该算法结合了简单的任务和设备选择策略(不需要任何有关应用程序和设备的信息),具有有效的异构和波动容忍机制,能够有效地调度FemtoCloud系统上的BoT应用程序流。我们通过对大量实际操作场景进行广泛的模拟研究来评估WQR-UD实现其设计目标的能力。我们的研究结果清楚地表明,WQR-UD能够有效地调度FemtoCloud系统上的BoT应用程序流。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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