In view of the vast data and its complicated structures in the simulation and test system, using database to manage these data is beneficial to the extensibility and modularized design of the system. And this paper mainly illustrates the way of database design by using object-oriented method. The translation of object-oriented data modes corresponding with V&M System, expressed by conceptual models and independent to DBMS, into the RDB data modes is discussed in detail. The problem that complicated data structure in V&M system is difficulty to design and persist has been solved. These methods can be adopted in the similar system to design and implement their databases.%鉴于在仿真测试过程中,数据量大,数据种类众多,数据结构复杂等特点,利用数据库管理系统中大量复杂的数据,有利于系统扩展以及模块化设计;着重介绍了电磁环境效应验证测量系统中数据库的设计思路和实现方法,引入面向对象的设计方法设计数据库解决了验证测量系统中数据库不易设计的问题;详细讨论了如何将概念模璎表示的、独立于DBMS的验证测量系统所对应的面向对象数据模式转换成关系数据库所基于的关系数据模式,解决了系统中复杂数据结构不易设计和持久化的问题,对同类系统中数据库的设计和实现有一定的指导意义.
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