电池耗尽时基于移动代理的疏散系统:EASTER

Heisuke Kaneko, Y. Fukazawa, Fumihiro Kumeno, Nobukazu Yoshioka, S. Honiden
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引用次数: 2

摘要

随着移动计算的普及,移动计算设备的电池问题变得越来越引人注目。为此,各种节能装置和节能方法的研究和开发正在积极进行。然而,通过节能来延长电池寿命的传统方法永远无法防止由于电池耗尽而导致的应用程序意外关闭。本研究旨在通过将移动计算设备上的应用程序创建为移动代理,实现在电池耗尽之前将应用程序转移到另一个设备上。特别是,通过引入危机管理中心的概念,将使多个应用代理的动态、平稳撤离成为可能。本文阐述并验证了EASTER (Escape Agent System from dying batTERy)系统的有效性,该系统是为了在电池耗尽时通过使用移动代理系统恢复应用程序而开发的。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Mobile agent based evacuation system when the battery runs out: EASTER
As mobile computing becomes common, the battery issue of mobile computing devices has become increasingly notable. To this end, research and development of various power-conservation devices and methods are actively taking place. However, the conventional method of extending the battery life through power-conservation can never prevent the unintentional shutdowns of applications due to a dead battery. This research aims to realize the evacuation of applications on a mobile computing device to another device before the battery runs out by creating the application as a mobile agent. In particular, by introducing the concept of the Crisis Management Center, dynamic and smooth evacuation of multiple application agents will become possible. The paper explains and verifies the effectiveness of the EASTER (Escape Agent System from dying batTERy), a system developed for the purpose of recovering the applications when a battery is running out through the use of a mobile agent system.
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