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1·Radar does this to remove ground clutter, information about hills or buildings that it doesn't need.

雷达这样做是为了去除地面杂波，有关山丘或建筑物的信息，它不需要这些。

2·The two antenna interferometric processing is used to suppress ground clutter.

采用双通道干涉处理，抑制地面静止杂波。

3·It is the key to suppress ground clutter for airborne early warning (AEW) radars.

抑制杂波一直为机载预警(AEW)雷达信号处理的关键技术。

4·It can locate targets in all weather conditions and detect low flying aircraft in radar ground clutter.

它能在任何气候条件下发现目标，并能从雷达地面杂波中探测出低空飞行的飞机。

5·Detection probability of ball-borne radars operating in down-looking mode is mostly restricted by ground clutter.

球载雷达采用下视探测工作模式时，其检测能力主要受地杂波制约。

6·This calibration method using the ground clutter as a standard will improve radar maintenance and application quality.

使用这种标定方法将大大改善天气雷达的维护和使用质量。

7·Based on the interference characteristics of ground clutter, the anti-ground-clutter technique for laser fuze are summarized.

在对地杂波的干扰特征进行归纳后，综述了激光引信抗地杂波干扰技术。

8·By sea clutter and ground clutter modeling, electron jammer modeling atmosphere attenuation modeling, the cruise missile flight con.

通过建立杂波模型、电子干扰模型以及大气衰减模型，分析了巡航弹飞行环境对雷达探测性能的影响。

9·In the end, this dissertation analyzes and compares the ground clutter suppression performance of the time and frequency domain filtering.

最后，本文对地物杂波时域与频域的抑制性能进行了分析与比较。

10·Using the actual collected radar echo signals, we analyze the ground clutter suppression performance of the adaptive Gaussian frequency filter.

针对实际采集的雷达回波信号，分析了自适应高斯频域滤波器的地物杂波抑制性能。