This paper is focused on research of algorithm for Angle resolution and tracking of ARRS to multiple source signals.
论文主要的目的是研究反辐射导引头对多源信号的角分辨与角跟踪的算法。
In this paper, a detailed research is firstly given on the method of Angle resolution of ARRS to multiple source signals.
在这篇论文中，首先研究了反辐射导引头对多源信号的角分辨方法。
The aim of this paper is focused on the study and improvement of the method of signal sorting and identification of ARRS. So this is of great importance for the ARM.
本项目研究的目的是研究和改进反辐射导引头信号分选与识别的方法，这对于提高ARM的性能有很大的意义。
Meanwhile, to solve optimal reduction quickly, GEP-ARRS implements dynamic population creation strategy to reduce gene length of GEP constantly in order to accelerate solution efficiency of GEP.
为了更快地求解出最优约简，GEP - ARRS算法利用动态种群生成策略，不断缩小GEP基因长度，加快GEP算法的求解速度。
Meanwhile, to solve optimal reduction quickly, GEP-ARRS implements dynamic population creation strategy to reduce gene length of GEP constantly in order to accelerate solution efficiency of GEP.
为了更快地求解出最优约简，GEP - ARRS算法利用动态种群生成策略，不断缩小GEP基因长度，加快GEP算法的求解速度。
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