摘要： 在多学科多领域协同仿真平台中,仿真组件对应的仿真软件种类繁多且异构性较大。针对不同类型仿真
组件之间数据庞杂和数据交换困难的问题,提出可对仿真组件进行一致访问与控制的封装技术。介绍仿真组件的
构成及封装对象,研究仿真组件的封装机制、数据变量封装以及封装变量的映射与传递等关键封装技术,阐述封装
组件的检测方法。通过仿真组件封装工具与自研协同仿真平台的集成,验证仿真组件封装技术的可行性,并结合
具体的仿真组件封装实例,说明仿真组件的封装技术能有效提高模型和数据的重用性,降低对复杂仿真流程的管
理难度。
关键词:
协同仿真,
仿真组件,
变量封装,
解析模板,
UI 控件,
可重用组件库
Abstract: In the multidisciplinary collaborative simulation platform, simulation software has a large variety and
heterogeneity. In order to solve the difficulty of data exchange between different types of simulation components,this paper presents the wrapping technology of consistent access to the simulation components. It describes the composition and packaging object of the simulation component, and researches the key wrapping technologies, including simulation component wrapping mechanism,data variable wrapping,mapping and transmitting wrapped variable. Finally,with the integration of component wrapping tools and collaborative simulation platform,it verifies the feasibility of simulation component wrapping technology. Combining with specific examples of wrapping simulation component,it shows that wrapping technology can improve management and reuse of model and data,and reduce the management difficulty of complex simulation process.
Key words:
collaborative simulation,
simulation component;variable wrapping;parsing template;UI control;reusable
component library
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