Automated Adaptive Restart for Accelerating Task Completion in Cloud Offloading Systems

Qiushi Wang, K. Wolter
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引用次数: 4

Abstract

Offloading is a technique that utilises the powerful computation resource of Clouds by migrating heavy computations from thin clients like mobile devices to a remote server. Although task completion in the cloud is usually fast, an unreliable network connection often causes delays or interruptions which level the advantages of powerful resources off. Restart is an efficient method that can under certain conditions reduce the task completion in computer and network systems. In this paper we introduce an automated restart scheme. It aims first at completing the job using restart with offloading. Once the number of offloading attempts exceeds a threshold, the job is completed locally. A key challenge is to identify the optimal limit for offloading attempts as to minimise the task completion time. To address this problem we mathematically derive the expected task completion time under different thresholds and compare results of our analysis.
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加速云卸载系统任务完成的自动自适应重启
卸载是一种技术,它通过将繁重的计算从瘦客户机(如移动设备)迁移到远程服务器来利用云的强大计算资源。虽然云中的任务完成通常很快,但不可靠的网络连接通常会导致延迟或中断,从而抵消了强大资源的优势。重启是计算机和网络系统在一定条件下降低任务完成率的一种有效方法。本文介绍了一种自动重启方案。它的目标首先是通过卸载重启来完成作业。一旦卸载尝试次数超过阈值,作业就在本地完成。一个关键的挑战是确定卸载尝试的最佳限制,以最小化任务完成时间。为了解决这个问题,我们从数学上推导了不同阈值下的预期任务完成时间,并比较了我们的分析结果。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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