.idr / Ibs Satellite Communication Simulation Training System Design And Implementation,

In this paper, it is discussed that how to design and implement the Simulation Training System of the IDR/IBS Satellite Communication System. The design is based on the Object-Oriented Programming method and the best programming technology and ruled by the orders of software engineering, and some other technologies are employed such as the relative database system, the inter-active simulation, and so on.Firstly, the author discussed the architecture, equipments, operation of the IDR/IBS Satellite Communication System and analyzed the technology of training simulation. . Secondly, the author put forward a layered-structure simulation training model on the basis of the characters of the IDR/IBS Satellite Communication System, and the demand of communication service training. The design is based on Object-Oriented Technology and the thought that the signal float interlinks all system devices. The author analyzed each equipment and put forward the implementation method, and designed an all-purpose simulation platform. Thirdly, the author told how to design and implement the Disorder-training subsystem, Test-training subsystem and Exam-training subsystem. Lastly, an integrated flexible and vivid simulation training environment is implemented. In this environment, the trainee is able to employ all kinds of equipments conveniently to build up a IDR/IBS network. This network is as good as the real IDR/IBS network so that the trainee can do varieties of operations such as configuration, maintenance, faults-restoration, measurement training, examination training and so on.The programming technology and software reliability and simulation credibility of this system were also discussed on this paper.This simulation training system has many excellent features, such as programming easily, comprehending facilely, maintaining conveniently, system functions extending simply .In the course of the design and implementation, the generalization of equipments, the verisimilitude of simulation, the flexibility of configuration, the intelligentization of training environment and the multimedia of feedback information are emphasized.