SDH光纤通信训练仿真系统的设计与实现
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摘要
随着计算机的广泛应用,计算机仿真技术得到了迅速发展,在社会经济系统、军事科研系统、教育培训系统等方面发挥了重要作用。本文研究和设计的SDH光纤通信训练仿真系统是计算机仿真技术在教育培训领域的全新应用。
     本论文分析了作为光纤通信新体制的SDH体系下光纤通信系统的特点并对其技术、性能做了概略分析,对基于计算机的训练仿真系统的总体结构、功能模型及其主要部分的实现作了详细的介绍,提出了仿真工作中信号路由查找的一种自动搜索新方法。论文用数学方法描述了建立通信设备训练仿真模型的一般思路,并且利用该方法,结合数据库建模技术,分析和建立了SDH光纤通信训练仿真系统的数据模型。
     按照论文所述思想设计的SDH光纤通信训练仿真系统,在微机平台上实现了对SDH光纤通信设备操作训练环境的模拟。该系统设计灵活,功能强大,在较大的程度上模拟了真实系统的界面外观、行为方式和系统回显,可以很好的完成对人员的培训和上岗前的考核等作用,该系统的研制成功将会极大的改善SDH光纤通信系统的培训条件,促进相关人员业务水平的提高。
With the wide application of computer. The computer simulation technology has been rapidly developed. It is playing an increasingly important role in social economy system, military science research system and educational service system etc. The training simulation system studied and designed by this paper is a totally new application of computer simulation technology in education area.
    This paper analyses the feature, technology, performance of synchronous digital hierarchy which is the new fiber communication hierarchy, and discusses the general structure, function module of the simulation system based on the computer. This paper also gives a new method on the hard section of the auto searching signal in the failure system. In this paper, a mathematical method is utilized to describe how to get a general model of the telecommunication equipment based on training aim. Author analyses and gives the data model and the arithmetic model of the SDH fiber communication training simulation system integrated database-modeling technology.
    The simulation system of SDH fiber communication for training service on the microcomputer platform is designed with the methods discussed by the paper above, The flexible design and powerful function have greatly simulate the truly communication system in the interface, the state of the action and the feedback of the system, this system can assume the role of the training and test of the staff, the system's successful complication will greatly improve the training condition and will stir the progress the staff.
引文
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