1) Aero-radar coordinates
机载雷达坐标
2) fixed-height tracking
舰载三坐标雷达
1.
A new method of realizing ultralow-altitude target tracking through fixed-height tracking algorithm is proposed.
对超低空目标的稳定跟踪一直是舰载三坐标雷达的一个难点。
3) radar coordination
雷达坐标
1.
In accordance with the methods of fractal theory the parameters of power load series, such as fractal dimension and dilatation coefficient, are calculated in radar coordination.
以分形理论为依据 ,在雷达坐标中对电力系统负荷序列的分形维数、膨胀系数等参数进行了计算。
4) 2D radar
两坐标雷达
1.
Aiming at the problem of track association for 2D radar and infrared,a method has been proposed in this paper,based on the MAP criteria of track correlation events and Nearest Neighbor(NN),with the integration of state information correlation and estimation fusion,which has utilized the radar contacts,tracks and historical mformation.
针对两坐标雷达与红外传感器的融合跟踪问题,提出一套基于航迹关联事件的后验概率最大化准则和“最近邻”思想的状态信息相关与融合估计的一体化实现方法,克服了两种传感器观测数据不完整给融合处理带来的困难,通过充分利用雷达的航迹,点迹和历史信息,融合高精度的红外测角和雷达测距信息,改善系统的跟踪能力。
2.
Two new correlative algorithms are proposed for networking system in this paper, which are track association and estimation fusion based on 2D radar/infrared and 2D Radars, to solve the .
为了提高多传感器信息融合系统中航迹关联的正确率和适应战场环境的实时性要求,解决现有方法中抗干扰能力差,观测数据不完备和计算量大的问题,本文提出两种适用于组网系统的新的航迹关联算法——两坐标雷达的航迹关联算法和雷达/红外双传感器航迹关联算法。
5) 3D radar
三坐标雷达
1.
The advanced 3D radars selected by the US Navy LCS;
美国濒海战斗舰选用的先进三坐标雷达
2.
The basic technical thought, configuration and the disposal flow of a jamming simulation system for 3D radar are presented.
介绍一种三坐标雷达对抗仿真系统的基本技术思路、仿真系统组成结构及仿真处理流程。
3.
The kinematical simulation of antenna folding mechanism for a mobile 3D radar is presented in this paper.
对某机动三坐标雷达天线折叠机构进行运动仿真分析,根据该雷达天线折叠机构特点,定义机构的连接及运动关系副,机构的原理图,运动输入函数,通过对不同设计参数求解,得出相应参数天线阵面角加速度、角速度的响应函数图,分析比较运动时间与角加速度、角速度的变化关系,找出最佳运动时间。
6) three-dimensional radar
三坐标雷达
1.
Analysis and Improvement of Effects of Radome on Height Measuring Accuracy of Three-Dimensional Radar;
地面雷达天线罩对三坐标雷达测高精度影响的分析及改进措施
2.
The three-dimensional radar can obtain the distance,azimuth,elevation angle and other parameters of the target.
三坐标雷达可获得目标距离、方位及仰角等参数,和两坐标雷达相比具有更大的探测范围和更好的目标分辨能力。
补充资料：机载气象雷达(见机载航行雷达)
机载气象雷达(见机载航行雷达)
airborne weather radar
liZai qiXIQng Ieida机载气象雷达(ai rbom。weather radar)见机载航行雷达。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条