基于TDL的测试系统可视化对象模型构建技术

Visual Object Model of Test System Modeling Based on TDL

摘要:

简介：随着航空武器装备试验测试的不断发展,分布式、独立的测试系统已越来越不能满足试验测试任务的需求,急需建立一种多区域联合试验测试技术体系架构,实现跨区域的联合试验与测试。本文针对多区域联合试验中的对象模型构建技术进行研究,采用基于TDL和MagicDraw的可视化建模技术对测试系统对象模型进行可视化建模,形成靶场运行控制平台可调用的组件化模型,并对典型飞行试验测试系统对象模型组件进行了调用、部署与功能测试。实验结果表明组件化的测试系统对象模型构建技术能够贴切的表述测试系统的功能特点,同时能够很好的与实物模型进行关联,测试系统对象模型内部的数据通信延时不大于150ms,满足未来联合试验场构建需求。

Abstract:

With the continuous development of aviation weapon equipment test, distributed and independent test system has been increasingly unable to meet the requirements of test and testing tasks. It was urgent to establish multi-regional joint test technology architecture to realize cross-regional joint test. In this paper, the object model construction technology of multi-area joint test was studied. The visual modeling technology based on TDL and MagicDraw was used to model the object model of the test system, forming the componentized model which could be called by the operating control platform of the range, and the object model component of the typical flight test system was called, deployed and functionally tested. The experimental results shows that the componentized test system object model construction technology can accurately describe the functional characteristics of the test system, and can be well associated with the physical model. The internal data communication delay of the test system object model is no more than 150ms, which can meet the needs of the future joint test site construction.