仿真表明两种算法能有效地对雷达系统误差进行估计，尤其是当系统偏差发生变化时，配准效果明显优于实时质量控制(RTQC)配准算法。
Simulation results show that the proposed algorithms are effective and are superior that of the real time quality control (RTQC) algorithm for the varied system errors.
地物和超折射等非降水回波是影响雷达定量探测降水和其他产品的重要因素，利用降水和非降水回波反射率三维结构特征可以对雷达数据进行质量控制。
Non-precipitation echo from radar such as ground objects echo and super refraction and so on are important to explore quantitatively precipitation and the other products.
量，可应用于天气雷达反射率基数据质量控制。
It can be applied to quality control CINRAD reflectivity data.
量，可应用于天气雷达反射率基数据质量控制。
It can be applied to quality control CINRAD reflectivity data.
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