Optimization of business processes by automatic reallocation of resources using the genetic algorithm

Almir Djedovic, E. Žunić, Z. Avdagić, Almir Karabegović
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引用次数: 10

Abstract

Business process management is the process of modifying or adjusting an organization's business process in order to achieve higher productivity or lower costs. Each company or organization has a value creating process that usually involves people, machines and information. One of the main problems with such processes is that it is very difficult to predict how much of each resource is actually needed. In light of the above, the objective of this paper is to implement a methodology that is capable of optimizing the allocation of resources to tasks in a given business process. In this paper, the genetic algorithm was used for optimization. The idea is that once the units are properly presented, the optimal schedule of users should be determined using the genetic algorithm. The fitness function includes Key Performance Indicators of process: waiting time and cost of the resource. Since al the users are not qualified in performing all the tasks in the process, the algorithm has to consider minimal and the maximal available number of users for each activity. The usability of this approach is tested in the process of credit requirement. Finally, the results are compared to the current work process.
利用遗传算法自动重新分配资源,实现业务流程的优化
业务流程管理是修改或调整组织的业务流程以实现更高的生产力或更低的成本的过程。每个公司或组织都有一个价值创造过程,通常涉及人、机器和信息。这种过程的一个主要问题是,很难预测每种资源实际需要多少。鉴于上述情况,本文的目标是实现一种能够优化给定业务流程中任务的资源分配的方法。本文采用遗传算法进行优化。这个想法是,一旦单元被适当地呈现,用户的最佳调度应该使用遗传算法来确定。适应度函数包括过程的关键绩效指标:等待时间和资源成本。由于并非所有用户都有资格执行流程中的所有任务,因此算法必须考虑每个活动的最小可用用户数和最大可用用户数。在信用需求过程中验证了该方法的可用性。最后,将所得结果与当前的工作流程进行了比较。
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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