Trustworthy Scheduling Based on Constraint Solving Scheme

Juyang Zhang, Yixiang Chen
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Abstract

Most of real-life scheduling problems are dynamic, where we do not know all the time variables of jobs in advance. In such uncertain environment, trustworthy scheduling effectively is a hot topic. In this paper we model the constraints in the dynamic scheduling problems by using CSP model. Moreover, we propose model the time constraint variables in logic way. Based on the constraint models, a constraint solving algorithm for solving the scheduling problems is designed. We prove that this algorithm is sound for solving the scheduling problems. The trustworthy of the schedule system can be promoted by applying this algorithm.
基于约束求解方案的可信调度
现实生活中的调度问题大多是动态的,我们无法提前知道作业的所有时间变量。在这种不确定的环境下,有效的可信调度是一个热点问题。本文利用CSP模型对动态调度问题中的约束进行建模。在此基础上,提出了时间约束变量的逻辑建模方法。在约束模型的基础上,设计了求解调度问题的约束求解算法。我们证明了该算法对于解决调度问题是有效的。应用该算法可提高调度系统的可信度。
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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