Direction finding is an important component of Electronic Warfare (EW) system. The direction finding precision may directly affect signal sorting, identification, location and jamming decision etc.
测向是电子战系统的一个重要组成部分，测向精度直接对信号分选、识别、定位、干扰决策等都产生较大的影响。
To improve the stability and precision of the time-varying system, an adaptive interpolate control method based on the online parameter identification is presented.
为提高时变系统的稳定性和精度，提出了基于在线参数辨识的自适应插补控制方法。
Simulation analysis proves that the fuzzy adaptive control system is able to realize intelligent control of NC machining with higher identification as well as control precision.
结果表明所建立的模糊自适应控制系统能够以较高的辨识与控制精度实现数控加工的智能自适应控制。
A novel method named Fuzzy Least Squares method of System Identification is proposed for processing the data got from measurements with identical precision.
提出了一种新的系统辨识的方法——模糊最小二乘系统辨识法。
A novel method named Fuzzy Least Squares method of System Identification is proposed for processing the data got from measurements with identical precision.
提出了一种新的系统辨识的方法——模糊最小二乘系统辨识法。
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