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Application of DGPS simulator in HIL simulation of aerocraft

机译:DGPS模拟器在飞机半实物仿真中的应用

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In order to resolve the problem that DGPS (differential global positioning system) can not be used in the HIL (hardware-in-loop) simulation of aerocraft, but only simulated by math modeling, a method how to use DGPS in HIL simulation was brought forward on the base of GSS7700GPS simulator and NovAtel DGPS receiver. The DGPS simulation system configuration fig of aerocarft was shown.The trial data of single GPS and DGPS was acquired and plotted in the table. Comparing single GPS trial data with DGPS trial data, it improved that DGPS has more positioning accuracy than single GPS. The method realized that the whole DGPS out-of-doors running process could be simulated realistically in static environment of laboratory. The accuracy and reliability of DGPS simulation of aerocraft were improved greatly by using the method.
机译:为了解决DGPS(差分全球定位系统)不能用于飞机的HIL(硬件在环)仿真中,而只能通过数学建模进行仿真的问题,提出了一种在HIL仿真中使用DGPS的方法在GSS7700GPS仿真器和NovAtel DGPS接收器的基础上进行转发。图中显示了飞机的DGPS仿真系统配置图。获取了单个GPS和DGPS的试验数据并绘制在表中。将单个GPS试验数据与DGPS试验数据进行比较,改进了DGPS比单个GPS具有更高的定位精度。该方法实现了可以在实验室静态环境下对DGPS的整个户外运行过程进行仿真。该方法大大提高了飞机DGPS仿真的准确性和可靠性。

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