Pluggable scheduling on an open-source based volunteer computing infrastructure

G. Dinis, N. Zakaria, K. Naono
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引用次数: 2

Abstract

Nowadays, there are different types of computing infrastructures, like grids and volunteer communities, which have distinct needs and the preservation of energy or other resources is chief among them. This paper presents an attempt to incorporate pluggable scheduling into an existing open-source volunteer computing system named BOINC. Our efforts proved valid, as we managed to re-engineer BOINC to support different scheduling applications and interchange between them dynamically, with additional support for thermal-aware scheduling algorithms. Our aim is to start a path into what could be a collection of middleware tools with standardized integration to sensor systems to support distinct types of scheduling policies, without the need to recompile the server system.
基于开源志愿计算基础设施的可插拔调度
如今,有不同类型的计算基础设施,如网格和志愿者社区,它们有不同的需求,其中能源或其他资源的保存是主要的。本文提出了一种将可插拔调度整合到现有开源志愿计算系统BOINC中的尝试。我们的努力被证明是有效的,因为我们设法重新设计BOINC以支持不同的调度应用程序,并在它们之间动态交换,并额外支持热感知调度算法。我们的目标是开辟一条通往中间件工具集合的道路,这些中间件工具可以与传感器系统进行标准化集成,以支持不同类型的调度策略,而无需重新编译服务器系统。
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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