改进最短路径算法在工程工期评估中的应用

D. Dobrilović, V. Jevtic, Jelena Stojanov
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引用次数: 4

摘要

项目完成时间作为项目管理的三重约束之一,是一个非常重要的问题。这对于范围广泛的项目来说是相当可观的,特别是对于时间终止的项目。除了标准的网络规划方法,如CPM、PERT、PDM等,还有各种各样的替代方法,这些方法是在以前的基础上使用的,以便获得更好的项目工期评估。这些方法包括仿真、模糊理论、遗传算法等。本文介绍了改进最短路径搜索算法的方法及其在工程工期评估中的应用。本文对最短路径算法进行了改进,重点是将最短路径算法转化为寻找网络图中最长路径,即寻找项目的关键路径。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Application of modified shortest path algorithm for project duration assessment
As one of the triple constraint of project management, project completion time is very important issue. This is considerable for wide range of projects, especially for the time-terminated ones. Beside standard network planning methods, such as CPM, PERT, PDM etc. there are variety of alternative methods, based on previous ones, which are used in order to obtain even better project duration evaluations. In these methods researchers includes simulation, fuzzy theory, genetic algorithms etc. This paper describes the approach in modification of shortest path search algorithms and their usage in project duration assessment. Presented modification of shortest path algorithms is focused on its conversion to finding longest path in the network diagram i.e. to finding critical path of the project.
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