Hierarchy Model for Distributed Resource Constrained Multi-project Scheduling Problem

Yuanxun Shi, Zongzhan Du, Jianxun Li
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引用次数: 1

Abstract

Multi-projects are quite common in industries, especially in made-to-order enterprises. These projects usually require limited local or global resources distributed and controlled by different departments. The scheduling problem for this kind of multi-projects is known as distributed resource constrained multi-projects scheduling problem (DRCMPSP). It is difficult to resolve the conflict of interest between different departments during scheduling. In this paper, a new hierarchy model using heuristic method based on priority rules for solving the problem. The decision making process is supposed to be hierarchical and decentralized, with one global decision maker and as many local decision makers as the resources managers. The difference between the method proposed and other hierarchical methods is that its decision stages and makers are divided from the department or manager, not from projects. It can achieve the benefit coordination between project managers and resources managers, and thus generate the overall optimal scheduling.
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分布式资源约束下多项目调度问题的层次模型
多项目在工业中非常普遍,特别是在定制企业中。这些项目通常需要有限的本地或全球资源,由不同的部门分配和控制。这种多项目调度问题称为分布式资源约束多项目调度问题(DRCMPSP)。在调度过程中,各部门之间的利益冲突难以解决。本文提出了一种新的基于优先级规则的启发式层次模型来求解该问题。决策过程应该是分层和分散的,有一个全球决策者和尽可能多的本地决策者作为资源管理者。该方法与其他分层方法的不同之处在于,它的决策阶段和决策者是从部门或经理中划分出来的,而不是从项目中划分出来的。它可以实现项目管理者和资源管理者之间的利益协调,从而产生整体的最优调度。
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