The Study of Target Classification Method Based on Low-Resolution Radar Return Sequences Outline Image;
低分辨雷达目标智能识别一直是雷达目标识别研究领域的难点。
The periodical motion of aircraft rotating structures will cause a periodically modulated radar return signal.
飞机旋转部件的周期运动会对雷达信号的回波产生一个周期性的调制。
Download the equivalent layers and radar return image for your area, and you'll be ready to move on to the next step.
下载适用于您所在地区的等效图层和雷达返回图像，然后就可以继续进行下一步。
However, the fact that the planes are made out of metal will increase their radar return and make it very hard to completely mask them, Hill said.
然而，飞机是由金属制成的事实将会增强它们返回到雷达的信号，以致使飞机很难完全被遮盖，希尔说。
Radar return data of moving targets are used to validate arithmetic and analyze targets 'characteristic and have significant value in engineering.
动态目标雷达回波数据应用于算法验证、目标特性分析等等，在工程上有着重要的价值。
Although focusing on radar return data for "Echo Tops" and "Merged Reflectivity Composite" maps, these techniques are applicable to any set of planar images.
虽然主要关注“EchoTops”和“MergedReflectivityComposite”图的雷达返回数据，但是这些技术适用于任意一组平面图像。
Because the radar performance is affected by the radar return signal form the land and sea surface, radar engineers have focused on the research on clutter's modeling and simulation.
来自地面、海面的雷达回波影响着雷达性能，所以对地海杂波进行建模与仿真技术研究已成为雷达工程师的关注焦点。
In this paper the radar return signal features for forming short— time dangerous wind are approached. A method of recognition and for— ccasting of radar for short—time dangerous wind is examined.
本文探讨了形成短时大风的雷达回波特征，提出了雷达识别和预报短时大风的方法。
The most commonly used form of radar energy return mapping is the Base Reflectivity graph.
最常用的雷达能量回程测绘形式是基本反射率图。
Because a longer time for the radar pulse to return would imply a greater distance, the Controller would then make adjustments based on an incorrectly estimated position.
所返回的雷达脉冲时间较长就意味着更远的距离，Controller随后将根据不正确的估计位置作出调整。
To calculate the Lander module's position, the Controller USES the time taken for radar pulses to return. Figure 1 illustrates the simulation.
为了计算出lander登月舱的位置，Controller利用为雷达脉冲获取的时间返回这个位置。
An optic fiber communication system based on remote transmitting digital return signals is designed for reducing the quality of the equipments in local controlled end of unattended radar.
为了减少无人职守雷达从控端设备数量，设计了基于数字回波信号传输的光纤通信系统。
In order to provide simulated data source for LFMICW radar altimeter height detection algorithm, terrain return of LFMICW altimeter needs to be modeled and simulated.
为了给LFMICW雷达高度计高度提取算法提供计算机模拟数据源，需要对高度计的大地回波进行建模和仿真。
Radar target environment needs to be deeply studied to improve properties of height detection algorithm, thus terrain return properties need to be analyzed and studied.
为了对雷达目标环境进行深入研究，以提高高度提取算法的性能，需要对回波特性进行分析研究。
Radar target environment needs to be deeply studied to improve properties of height detection algorithm, thus terrain return properties need to be analyzed and studied.
为了对雷达目标环境进行深入研究，以提高高度提取算法的性能，需要对回波特性进行分析研究。
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