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Developing simulation as a desktop resource

机译:将仿真开发为桌面资源

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While discrete event simulation technology holds tremendous promise and has a strong and established background, manufacturing industry has been less than successful in the implementation of simulation as a decision support tool. This paper reports on research into developing simulation into a sustainable desktop resource to be used continuously by various manufacturing personnel as a decision support tool. A case study approach was used to carry out the research. The manufacturing system used was a medium-sized facility that could be categorized as a batch flow-shop that produces a large range of products. The simulation software was developed using the object-oriented simulation package eM-Plant?. In designing the simulation model, emphasis was placed on integrating with the manufacturing company's information systems and reducing the resources required to maintain the software. The simulation software was successfully used for both strategic and short-term planning. However, as a sustainable resource within the company, the simulation model developed was only partially successful. The main difficulties identified were in model maintenance and data collection. The main conclusions of the paper are that: (1) simulation places specific requirements on information systems which need to be taken into consideration if simulation is to be successfully implemented as a desktop resource; (2) improvements in simulation software are required to reduce model maintenance resource requirements; and (3) research on socio-technical issues into simulation use within manufacturing is required.
机译:尽管离散事件模拟技术具有巨大的前景,并且具有强大的背景,但是制造业在将模拟作为决策支持工具的实施方面还没有取得成功。本文报告了有关将仿真开发为可持续桌面资源的研究,该资源将被各种制造人员连续用作决策支持工具。案例研究方法被用来进行研究。所使用的制造系统是中型设施,可以归类为生产大量产品的批处理流水车间。该仿真软件是使用面向对象的仿真软件包eM-Plant?开发的。在设计仿真模型时,重点是与制造公司的信息系统集成,并减少维护软件所需的资源。该仿真软件已成功用于战略计划和短期计划。但是,作为公司内部的可持续资源,开发的仿真模型仅获得了部分成功。确定的主要困难在于模型维护和数据收集。本文的主要结论是:(1)仿真对信息系统提出了特定要求,如果要成功地将仿真作为桌面资源来实现,则必须考虑这些要求。 (2)需要改进仿真软件以减少模型维护资源需求; (3)需要对社会技术问题进行研究,并将其用于制造中的仿真。

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