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Design and Realization of Submarine Cable Equipments Training Simulator

机译:海底电缆装备训练模拟器的设计与实现

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Lots of different kinds of simulators have been developed with low developing efficiency and large effort to make minor changes in practice. We used VRML to describe the objects of submarine cable operation equipments and their behaviors, used user-defined formulas stored in database to control the function of these objects. Therefore, a "Principle Machine(PM)" was completed. Furthermore, we used database to store the training subjects running on the PM. This subject virtual machine (SVM) is designated to be independent of PM. By constructing the SVM and PM for each submarine cable operation equipments with the help of operators instead of programmers, the simulator was built within 3 months with excellent performance shown at the end of the paper. With the concepts of PM and SVM, the whole application platform has good flexibility, maintainability and scalability, and can be expected to use broadly.
机译:已经开发了许多不同种类的模拟器,这些模拟器的开发效率低并且在实践中进行细微改动的工作量很大。我们使用VRML描述海底电缆操作设备的对象及其行为,并使用存储在数据库中的用户定义公式来控制这些对象的功能。因此,完成了“原理机器(PM)”。此外,我们使用数据库来存储在PM上运行的培训主题。该主题虚​​拟机(SVM)被指定为独立于PM。通过在操作员而非程序员的帮助下为每条海底电缆操作设备构造SVM和PM,该仿真器在3个月内建成,并在本文结尾展示了出色的性能。借助PM和SVM的概念,整个应用程序平台具有良好的灵活性,可维护性和可伸缩性,并且有望广泛使用。

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