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具可充電電池之嵌入式系統上的省電即時排程 = Energy-Aware ...

周季霖

具可充電電池之嵌入式系統上的省電即時排程 = Energy-Aware Scheduling for Embedded Real-Time Systems Rechargeable Batteries

Record Type:	Language materials, printed : monographic
Paralel Title:	Energy-Aware Scheduling for Embedded Real-Time Systems Rechargeable Batteries
Author:	周季霖,
Secondary Intellectual Responsibility:	國立高雄大學
Place of Publication:	[高雄市]
Published:	撰者;
Year of Publication:	民99[2010]
Description:	33面圖，表 : 30公分;
Subject:	即時系統
Subject:	Real-time
Online resource:	http://handle.ncl.edu.tw/11296/ndltd/91906686101553265700
Summary:	本篇論文中，我們提供了一個有效的方法可以為即時系統中的周期性工作設定個別的工作速度。此系統之供電由兩顆電池所提供，但在同一時間中僅有一顆電池可提供電量，另外一顆則負責充電，當目前使用中的電池電量耗盡時則切換至另外一顆。我們提出的方法是以線性規畫(linear programming)為基礎，並佐以Rounding和refinement兩種技術來解決此切入式即時系統中的排程問題，主要目的是用來延長電池的使用時間。且不僅如此簡化此種問題之時間複雜度亦為我們的目的。而在最後我們以實驗的方式來模擬並證明此方法可以得到一個好的結果。 Due to the power limited nature of embedded systems, power efficiency is one issue in the design of embedded systems. We propose a design in which an embedded system is powered by dual rechargeable batteries and the batteries don't operate simultaneously. We propose a linear programming based approach to extend the lifetime of batteries. With the proposed approach, the lifetime of a battery will be extended and the design complexity of the system will be reduced. A simulation model is built to investigate the performance of the proposed approach. The capability of the proposed approach is evaluated by a series of simulations, for which we have encouraging results.

具可充電電池之嵌入式系統上的省電即時排程 = Energy-Aware Scheduling for Embedded Real-Time Systems Rechargeable Batteries
周, 季霖

具可充電電池之嵌入式系統上的省電即時排程 = Energy-Aware Scheduling for Embedded Real-Time Systems Rechargeable Batteries / 周季霖撰 - [高雄市] : 撰者, 民99[2010]. - 33面 ; 圖，表 ; 30公分.
參考書目：面.
即時系統Real-time

具可充電電池之嵌入式系統上的省電即時排程 = Energy-Aware Scheduling for Embedded Real-Time Systems Rechargeable Batteries
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330 $a 本篇論文中，我們提供了一個有效的方法可以為即時系統中的周期性工作設定個別的工作速度。此系統之供電由兩顆電池所提供，但在同一時間中僅有一顆電池可提供電量，另外一顆則負責充電，當目前使用中的電池電量耗盡時則切換至另外一顆。我們提出的方法是以線性規畫(linear programming)為基礎，並佐以Rounding和refinement兩種技術來解決此切入式即時系統中的排程問題，主要目的是用來延長電池的使用時間。且不僅如此簡化此種問題之時間複雜度亦為我們的目的。而在最後我們以實驗的方式來模擬並證明此方法可以得到一個好的結果。 Due to the power limited nature of embedded systems, power efficiency is one issue in the design of embedded systems. We propose a design in which an embedded system is powered by dual rechargeable batteries and the batteries don't operate simultaneously. We propose a linear programming based approach to extend the lifetime of batteries. With the proposed approach, the lifetime of a battery will be extended and the design complexity of the system will be reduced. A simulation model is built to investigate the performance of the proposed approach. The capability of the proposed approach is evaluated by a series of simulations, for which we have encouraging results.
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