介绍了组网雷达系统中两种确定目标高度的算法及方差分析情况。
In this paper two algorithms is presented for aircraft geometric-height estimation by three distance measurements or two distance and azimuth measurements from radar stantions.
提出了一种采用波束扫描与多波束目标幅度比较相结合实现目标高度测定的方法。
A method of determining the highness of an ideal object by beam scanning in the vertical plane and amplitude comparison.
在雷达俯仰角(目标高度)方向上多径误差的影响尤为严重，使得目标高度的测量误差表现为周期性的尖峰误差。
In the radar elevation coordinate, the multipath effects are more severe, which cause periodic peak error in the target height measurement.
LLDR是便携式模块化。指定目标定位与精度目标定位和激光指示器模块（LDM）提供远程火力所需求的弹药目标高度。
The LLDR is a man-portable modular target locator that designates high-priority targets with precision munitions using the Target Locator Module (TLM) and the Laser Designator Module (LDM).
合理利用微波散射成像对地物目标高程分布的敏感性，可能获得三维目标的高度信息。
It is possible to acquire the height information of three-dimensional ground objects because of the imaging sensitivity of this method to the height difference of ground objects.
合理利用微波散射成像对地物目标高程分布的敏感性，可能获得三维目标的高度信息。
It is possible to acquire the height information of three-dimensional ground objects because of the imaging sensitivity of this method to the height difference of ground objects.
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