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Solving a Container Terminal Location Problem Using Decision Support Systems

机译:使用决策支持系统解决集装箱码头的位置问题

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University of ?ilina and University of Belgrade renewed their cooperation in the field of railway traffic and engineering in 2011. The bilateral research project EFRAIL that started in 2017 was focused on increasing effectiveness of the railway transport services using decision-support systems.At the same time, researchers of the University of ?ilina started the participation on SKILLFUL project. SKILLFUL is financed under H2020. The main project vision is to identify the skills in training and education of future transport professionals.In this paper, we present a summary of the survey focused on available simulation tools and partially on the application of mathematical models of operations research realized in frame of the EFRAIL project. We present how the decision support systems can be used for solving a container terminal location problem in the case of container terminal in Vr?ac town in Serbia. Firstly, on the frame of the EFRAIL project, we used a so called "compromise programming method". Secondly, we used similar problem to develop one of lessons for railway experts’ training in GIS, as our participation in the SKILLFUL project. In this lesson, main topics are spatial analysis, multi-criterial analysis based on raster layers.
机译:菲利纳大学和贝尔格莱德大学于2011年续签了他们在铁路交通和工程领域的合作。于2017年启动的双边研究项目EFRAIL专注于使用决策支持系统提高铁路运输服务的有效性。那时,菲利纳大学的研究人员开始参与SKILLFUL项目。 SKILLFUL由H2020资助。项目的主要目标是确定未来运输专业人员的培训和教育技能。在本文中,我们对调查进行了总结,重点是可用的仿真工具,部分研究了在框架内实现的运筹学数学模型的应用。 EFRAIL项目。我们将介绍如何将决策支持系统用于解决塞尔维亚Vr?ac镇集装箱码头的位置问题。首先,在EFRAIL项目的框架上,我们使用了一种所谓的“折衷编程方法”。其次,我们参与了SKILLFUL项目,因此使用类似的问题为铁路专家提供了有关GIS培训的课程之一。在本课程中,主要主题是空间分析,基于栅格图层的多标准分析。

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