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1)  Spatial ballistic target
空间弹道目标
2)  ballistic target
弹道目标
1.
A Robust RCS periodicity estimation algorithm for ballistic target;
一种鲁棒的弹道目标RCS周期估计方法
2.
After the characteristic of ballistic target recognition was analyzed, it was pointed that alleging decoys was a Neyman-Pearson decision in essence, which sought the least cost of recognition.
分析了弹道目标识别的特点,指出弹道真假目标识别在本质上是一个风险最小的寻优过程,等同于Neyman-Pearson决策。
3.
It is of great meaning to research the ballistic target recognition technique.
研究弹道目标识别技术具有十分重要的意义。
3)  space object
空间目标
1.
Kolmogorov entropy of space object RCS;
空间目标RCS序列的Kolmogorov熵分析
2.
Tradeoff of Frequency Bands and Operation Systems for Space Object Detection and Identification Radars;
空间目标探测与识别雷达工作频段与体制选择探讨
3.
Dynamic Measurement and Characteristic Analysis of Space Objects RCS;
空间目标RC S动态测量及特性分析
4)  space target
空间目标
1.
Status quo and development of US and Russia space target surveillance;
美俄空间目标监视现状与发展研究
2.
Study of photoelectric detecting and identifying of space target;
空间目标光电探测与识别技术的研究
3.
Summary of the 3D pose estimations for the space targets;
空间目标三维姿态估计方法综述
5)  spatial object
空间目标
1.
In order to detect spatial object effectively,the structure of laser active imaging system is described,and the radiation characteristic of spatial object and space circumstance is analyzed in detail.
针对空间目标探测,介绍了激光主动成像系统的组成,详细分析了空间目标及背景的辐射特性;根据成像分辨率、调制对比度、最小可探测功率、系统信噪比等参数,分别给出作用距离模型,并对激光主动成像系统性能进行分析和仿真计算;仿真结果表明:利用激光主动成像探测系统可对一定距离的空间目标进行成像探测。
2.
This paper investigates the causes and origins of uncertainties in spatial objects and their classifications.
分析了地理空间目标不确定性的特征和产生机理,建立了空间目标不确定性的分类体系。
3.
Based upon the fundamental concepts in rough set theory,this paper proposes rough set models to represent the uncertainties in position,attribute and topological relation of spatial objects.
在此基础上,运用粗集理论中的一些基本概念和方法来系统地描述和表达空间目标位置数据、属性数据以及空间关系数据的不确定性,旨在建立一种多粒度的不确定性分析和表达方法。
6)  space targets
空间目标
1.
The Real-time Simulation and Play-back of Space Targets IF Radar Echo;
空间目标中频回波信号的实时模拟与回放
2.
In this paper,combined with the movement characteristics of three-axis stabilization secondary planet,spin stabilization secondary planet and space fraction,and in the basis of strong scattering center theory,the electromagnetism scattering model of space targets is established and the simulation results of space targets are given.
结合三轴稳定卫星、自旋稳定卫星、翻滚目标和空间碎片的运动特征,依据强散射中心理论分别建立这四类空间目标的电磁散射模型,通过计算机仿真得到其RCS序列仿真值。
3.
In space operational simulation virtual environment,space targets-satellites and space debris are in large quantities,and their orbits calculation affect the simulation speed directly.
在空间作战仿真虚拟环境中,空间目标-卫星及空间碎片数量庞大,其轨道计算直接影响着仿真速度。
补充资料:弹道(见弹道学)


弹道(见弹道学)
trajectory

dQfldQO弹道(t rajectory)见弹道学。
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