EDeg-fs: A heuristic for scheduling and dynamic power management in embedded energy harvesting systems with DVFS facilities

Hussein El Ghor, M. Chetto
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引用次数: 1

Abstract

This work investigates the problem of dynamic power management and scheduling for a uniprocessor system with dynamic voltage and frequency scaling (DVFS) facilities. This one is qualified as real-time since jobs have to be executed before deadlines. In addition, it is an energy harvesting system since its supply energy is drawn from the environment. We assume that the preemptable jobs receive dynamic priorities according to the Earliest Deadline First (EDF) rule. We propose to extend the dynamic power management scheme called EDeg that must be adapted to a processor with DVFS capabilities. We show how to adjust dynamically the frequency in order to gain quality of service measured in terms of deadline miss rate.
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基于DVFS的嵌入式能量收集系统调度和动态电源管理的启发式方法
本文研究了具有动态电压和频率缩放(DVFS)功能的单处理器系统的动态电源管理和调度问题。这个是实时的,因为作业必须在截止日期之前执行。此外,它是一个能量收集系统,因为它的供应能量是从环境中提取的。我们假设可抢占作业根据最早截止日期优先(EDF)规则获得动态优先级。我们建议扩展称为EDeg的动态电源管理方案,该方案必须适应具有DVFS功能的处理器。我们展示了如何动态调整频率,以获得以截止日期错过率衡量的服务质量。
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