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Balance the battery life and real-time issues for portable real-time embedded system by applying DVS with battery model

机译:通过使用带电池型号的DVS来平衡便携式实时嵌入式系统的电池寿命和实时问题

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Power consumption and real-time have been two of the major constraints in the mobile computing system design. Much work has been done to study the relationship between power, performance and real time issues. Many of existing studies assumed that the energy of the battery is a constant parameter. In fact, the energy of the battery is affected by the load current. This paper presents a battery model driven power aware real-time software system design. In this paper we take the characteristics of battery into account. And our work is applying DVS to Hard Real time embedded system with Battery model. This new approach is more accurate to reflect the tradeoff between battery life and real-time performance.
机译:电力消耗和实时是移动计算系统设计中的两个主要约束。已经完成了很多工作来研究权力,性能和实时问题之间的关系。许多现有研究假定电池的能量是恒定参数。实际上,电池的能量受到负载电流的影响。本文介绍了电池模型驱动功率感知实时软件系统设计。在本文中,我们考虑了电池的特点。我们的工作正在将DVS应用于带电池型号的硬实时嵌入式系统。这种新方法更准确地反映电池寿命与实时性能之间的权衡。

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