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Simulation modelling of marinas and heuristic optimisation of business in relation to investments in sports objects

机译:与体育用品投资相关的码头模拟模型和业务启发式优化

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System dynamics simulation modelling of marinas in relation to investments in sports objects will enable rise of the quality of the total offer and competitive forces of the observed system, and at the end growing satisfaction of tourists. The system of marinas (LNT) has all the characteristics of a complex organisation and business system, for which dynamic modelling efficient methods of simulation techniques have to be used. One of the relatively recent, and particularly exposed and practically proved scientific methods is system dynamics simulation modelling which was developed by the Professor Forrester in the famous world scientific centre of the development of management science - The Sloan School of Management (MIT).This model is developed for the practical training of marine management students. In this paper, the business system of marinas (LNT) will be determined through a global model of integral nautical and tourist service (from berthing service as a basic service to all other additional services). The subsystem of investments in new capacities, like sports and additional capacities will be determined by exogenous variable VINK- value of investments in new capacities.
机译:与体育用品投资相关的码头的系统动力学仿真模型将使所观察系统的总报价质量和竞争力增强,并最终使游客的满意度提高。码头系统(LNT)具有复杂的组织和业务系统的所有特征,为此必须使用动态建模有效的仿真技术方法。系统动力学仿真模型是相对较新的,特别是暴露的且经过实践证明的科学方法之一,它是由Forrester教授在世界著名的管理科学发展科学中心-斯隆管理学院(MIT)开发的。为海洋管理专业学生的实践培训而开发。在本文中,将通过整体航海和游客服务(从靠泊服务作为基本服务到所有其他附加服务)的全球模型来确定游艇码头(LNT)的业务系统。新能力(如体育运动和附加能力)投资的子系统将取决于新能力投资的外生变量VINK值。

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