Reduced Project Duration via Intelligent Scheduling for Ship Production/Repair

R. Richards
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Abstract

Ship and submarine production and repair have benefited significantly from more intelligently allocating resources and managing other constraints, thereby increasing efficiency, and reducing overall project duration. In complex production and repair environments, such as ship production/repair, the method of allocating resources and managing other constraints significantly affects the efficiency of progress and thus the overall project duration. Resources include human resources, equipment resources and physical-space resources. Due to the inherent complexity of resource allocation and constraint management for such complex environments, the project durations can be 25%+ longer than necessary. This paper shares the real-world results experienced by the authors as well as similar results found in the literature showing the major difference in project duration due to resource-scheduling techniques.
通过船舶生产/维修的智能调度减少项目工期
船舶和潜艇的生产和维修从更智能地分配资源和管理其他约束条件中受益匪浅,从而提高了效率,缩短了整个项目的工期。在复杂的生产和维修环境中,例如船舶生产/维修,资源分配和管理其他约束的方法会显著影响进度的效率,从而影响整个项目的持续时间。资源包括人力资源、设备资源和物理空间资源。由于这种复杂环境的资源分配和约束管理的固有复杂性,项目持续时间可能比必要的时间长25%以上。本文分享了作者所经历的实际结果,以及在文献中发现的类似结果,表明资源调度技术对项目持续时间的主要影响。
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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