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首页> 外文期刊>IEEE Transactions on Computers >A Note on EDF Schedulingfor Real-Time Energy Harvesting Systems
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A Note on EDF Schedulingfor Real-Time Energy Harvesting Systems

机译:关于实时能量收集系统的EDF调度的说明

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Energy harvesting is the capture of ambient energy, its conversion into a usable form, and its storage for immediate or future use. Interest in energy harvesting has increased over the last decade because of its environmental friendliness and its ability to power devices without electric wires. This term has been frequently applied in recent years in the context of small autonomous embedded devices such as wireless sensor nodes. In this paper, we address the scheduling problem for a single processor device that executes preemptable time critical tasks. Each one has a certain energy requirement and arrives at an unpredictable time. We ask the question whether the traditional task scheduling algorithm earliest deadline first (EDF) is convenient for energy harvesting environments. The paper shows that EDF has a zero competitive factor but nevertheless is optimal for online non-idling settings.
机译:能量收集是对环境能量的捕获,将其转换为可用形式,并将其存储以供立即使用或将来使用。在过去的十年中,由于其对环境友好和无需电线即可为设备供电的能力,人们对能量收集的兴趣日益增加。近年来,在诸如无线传感器节点之类的小型自主嵌入式设备的上下文中经常使用该术语。在本文中,我们解决了执行可抢占时间紧迫任务的单处理器设备的调度问题。每个人都有一定的能量需求,并且到达不可预测的时间。我们问一个问题,传统的任务调度算法最早的最早截止时间优先(EDF)是否适合于能量收集环境。本文显示,EDF的竞争系数为零,但它对于在线非空载设置是最佳的。

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