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Research on Software System for Training Simulator of Vessel Nuclear-Powered plant

机译:舰船核电站训练模拟器软件系统研究

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摘要

This text introduce the development environment of vessel nuclear-poweredsetting simulator operator, design methods and the communication mechanism of the hardware. The development environment for software system, carry on a comparison to two kinds of operate systems: Windows system and Unix system. On comparison, consider that the Windows system is the development trend of simulation system currently. For the soft simulation, this text considers that intouch configuration software has better applied foregrotmd, introduce the main software for development of simulation in the meantime; introduce request to software system for the tranning simulation of vessel nuclear-powered setting, and main applied software. The request includes: the mold piece turns, enlargement, proceed together a processing and permit a wrong ability. The main software has: the object process characteristic imitates simulation software package, the software package of management monitoring, data acquisition software, graph processing software package, database management software. For the design methods, this text consider that should be realizes the following requests: initialization of simulator condition, the surveillance appearance, parameter, sketch and chart manifestation, simulator breakdown constitution, freeze, defrost, heavy hold, heavy put, quick hour, slow hour, record simulator running status and parameter change etc. For the communication mechanism, this text considers that the outer computers such as main computers, teacheing control computers and the labor controls machine etc link together through a high-speed ether net, constituting a local area network. The communication agreement adopts the Dynamic Data Exchang of Microsoft. Using the software system, its advantage is that man-machine interface is friendly, the true feeling is strong, the simulator run stably, can carry out the request of whole scopeses, overall dimension, entire process trainning.
机译:本文介绍了船舶核动作用模拟器操作员的开发环境,设计方法和硬件的通信机制。软件系统的开发环境与两种操作系统进行比较:Windows系统和UNIX系统。相比之下,考虑Windows系统是当前仿真系统的发展趋势。对于软模拟,本文考虑了InTouch Configuration软件具有更好的应用ForeGrotMD,介绍了与此同时开发模拟的主软件;向软件系统介绍船舶核动力设置的仿真和主应用软件的要求。请求包括:模具件转,放大,一起进行处理并允许错误的能力。主软件具有:对象过程特性模仿仿真软件包,管理监控软件包,数据采集软件,图处理软件包,数据库管理软件。对于设计方法,本文认为,应该实现以下请求:初始化模拟器条件,监视外观,参数,素描和图表表现,模拟器故障构成,冻结,解冻,沉重的持有,重放,快速的时光,慢小时,记录模拟器运行状态和参数更改等对于通信机制,本文认为外部计算机,如主计算机,教学控制计算机和劳动力控制机等通过高速醚网连接,构成本地区域网络。通信协议采用Microsoft的动态数据交换。使用软件系统,其优势在于人机界面很友好,真正的感觉很强劲,模拟器稳定运行,可以执行整个范围的要求,整体维度,整个流程训练。

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