摘要
结合航天测量船特点,为了提高设备的维护保养和故障诊断效率,提升应急处置能力。在此采用基于虚拟仪器技术的方法,提出了测试平台的总体设计思想以及软硬件设计。针对种类繁多的测控设备,测试系统具有高度智能化和广泛通用性的特点,可完全应用于全测控网设备,夯实了测量船执行任务的基础。测试系统提供了友好的人机交互界面,使整个测试过程操作方便,获得较好的实际应用效果,拓展了任务准备的可操作性。
In order to improve the efficiency of maintenance and fault diagnosis for equipments, the way to design a test platform is brought forward by means of the virtual instrument technology, and the design of hardware structure and the software system is described in combination with the feature of astronautic measurement ship. The platform can be applied to all the equipments of tracking & controlling network since it has the features of intellectualization and universality. Some critical problems of the design are also analyzed. The actual operation and application show that the performance of this test system is steady, reliable and easy to operate.
出处
《现代电子技术》
2010年第20期194-196,共3页
Modern Electronics Technique
关键词
航天测量船
测控设备
虚拟仪器
测试平台
astronautic survey vessel
tracking & controlling equipment
virtual instrument
test platform