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A Modelling Approach for Dynamic and Complex Capacities in Production Control Systems

机译:生产控制系统中动态和复杂能力的建模方法

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In this paper we introduce some aspects of the development process of a production planning tool for a leading European car manufacturer. In this project we had to face a gap between theoretical problem definition in manufacturing planning and control and the actual requirements of the dispatcher. Especially the determination of production capacities and product processing times was a severe problem. The software system had to support the derivation of these important variables from shift plans, factory calendars and exceptional events. In order to implement this we defined a formal model that is a combination of the theoretical and practical view on manufacturing problem. The Model for Serial Manufacturing allows the dispatcher to provide up-to-date information in an easier way then provided by standard ERP systems about the production systems and transfers the information automatically to planning algorithms. Thus the production planning and control is always performed on the most recent information.
机译:在本文中,我们介绍了一家领先的欧洲汽车制造商的生产计划工具的开发过程的某些方面。在这个项目中,我们必须面对制造计划和控制中的理论问题定义与调度员的实际需求之间的差距。特别是确定生产能力和产品加工时间是一个严重的问题。该软件系统必须支持从班次计划,工厂日历和特殊事件中推导出这些重要变量。为了实现这一点,我们定义了一个正式模型,该模型是对制造问题的理论和实践观点的结合。串行制造模型允许调度员以比标准ERP系统提供的更简单的方式提供有关生产系统的最新信息,并将信息自动传送到计划算法。因此,总是根据最新信息执行生产计划和控制。

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