Online User-driven Task Scheduling for FemtoClouds

C. Anglano, M. Canonico, Marco Guazzone
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引用次数: 12

Abstract

In Fog Computing, FemtoClouds are emerging computing systems consisting of a set of heterogeneous mobile devices whose users allow to run tasks offloaded by other users. FemtoClouds are well suited to run Bag-of-Tasks (BoTs) applications, but they need effective scheduling algorithms that are able to deal with collections of independently-owned, heterogeneous devices that can suddenly leave the system. In this paper, we present UDFS, an online scheduling algorithm that, by combining knowledge-free task and device selection policies with suitable heterogeneity and volatility tolerance mechanisms, can effectively schedule a stream of BoT applications on FemtoClouds. We evaluate the ability of UDFS to achieve its design goals and to perform better than existing scheduling alternatives, by carrying out a thorough simulation study for a large set of realistic scenarios. Our results indeed show that UDFS can effectively schedule a stream of BoT applications on FemtoClouds, and it can do so more effectively than existing scheduling alternatives.
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femtocloud的在线用户驱动任务调度
在雾计算中,femtocloud是由一组异构移动设备组成的新兴计算系统,其用户允许运行由其他用户卸载的任务。femtocloud非常适合运行任务包(bot)应用程序,但它们需要有效的调度算法,能够处理可能突然离开系统的独立拥有的异构设备集合。在本文中,我们提出了一种在线调度算法UDFS,它通过将无知识的任务和设备选择策略与合适的异构和波动容忍机制相结合,可以有效地调度femtocloud上的BoT应用程序流。通过对大量现实场景进行彻底的模拟研究,我们评估了UDFS实现其设计目标的能力,并比现有的调度方案执行得更好。我们的结果确实表明,UDFS可以有效地调度FemtoClouds上的BoT应用程序流,而且它比现有的调度方案更有效。
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