A dynamic and adaptive scheduling algorithm for distributed student registration system

Wen-Hao Li, Hai-yang Wang
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Abstract

Distributed workflow scheduling is a hotspot in recent workflow research, it aims to finish the execution in the shortest time and use the system resources sufficiently. In this paper we put forward a Pre-Calculated Scheduling Algorithm (PCSA) based on the characters of distributed workflow system. In this algorithm every workflow will be pre-calculated before they are deployed into the workflow engine, analyzing every possible simple path in the flow, each activity will get a sorted execution node ranking, so the workflow instances will always chose the execution node close to the optimal one. In this way the algorithm can make each workflow instance has the minimum execution cost and transport cost. Our experiment indicates that the algorithm has a preferable distributed execute efficiency. This algorithm can fits the need of the student registration system well.
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分布式学生注册系统的动态自适应调度算法
分布式工作流调度是当前工作流研究的一个热点,其目的是在最短的时间内完成工作流的执行,充分利用系统资源。本文针对分布式工作流系统的特点,提出了一种预计算调度算法。该算法将每个工作流部署到工作流引擎之前进行预计算,分析流程中所有可能的简单路径,每个活动得到一个排序的执行节点排名,使工作流实例始终选择最优的执行节点。该算法使每个工作流实例具有最小的执行成本和传输成本。实验表明,该算法具有较好的分布式执行效率。该算法能很好地满足学生注册系统的需要。
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