The multi-dimension AR series analysis method used in fire control system precision was illustrated in this paper.
应用多维AR分析方法，解决了影响火控精度及其各影响因素的函数关系；
Distortion of optical system makes focal length of advanced fire control dynamic performance test system different at different FOVs, and influences angle-measuring precision.
在先进的火炮动态性能测试系统中，光学系统固有的畸变使得不同视场下的实际焦距不同，间接地影响系统的测角精度。
It is very important to simulate the precision of fire of simple control Long Range Multiple Launch rocket System (LRMLRS) for improving the dispersion and reducing the number of rocket used in test.
简易控制远程多管火箭密集度仿真是提高射击密集度和减少简易制导多管火箭试验用弹量的重要手段。
Dynamic precision test is named as checking the errors of the fire control system outputs relative to the standards in the condition of the airplane and the target moving relatively.
动态精度试验是指在目标和飞机处于相对运动的状态下，检查火控系统输出值相对标准值的误差。
For a specific fire control dynamic performance test system, its measurement result was 2.34" by using the method, which improved angle precision from 20 to 5 arc-second."
利用该方法测得某型火炮动态性能测试系统的测角精度为2.34″，将该系统的测角精度从20″提高到5″以内。
For a specific fire control dynamic performance test system, its measurement result was 2.34" by using the method, which improved angle precision from 20 to 5 arc-second."
利用该方法测得某型火炮动态性能测试系统的测角精度为2.34″，将该系统的测角精度从20″提高到5″以内。
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