A method of dealing with two-target problem in terms of coordinate transformation and qualitative differential game was presented in this paper.
结合坐标变换和能控区及微分对策方法，本文提出较为细缀的一种处理双机格斗“二重角色”问题的方法。
An important problem in fusion center is how to decide whether two tracks coming from different sensor represent the same target.
当多个传感器观测到同一目标时，融合中心则需要对源于同一目标的传感器航迹进行融合处理。
This paper combines the above two algorithms to improve the target tracking algorithm in order to solve the problem that the target occluding and appearing a short time away.
本文将上述两种算法融合在一起对目标跟踪算法进行改进，解决了目标在被遮挡、出现短时间消失等问题。
Theory analysis and experimental simulations of pursuit-evasion problem with maneuvering target in sight coordinate system are performed using the two methods.
并应用这两种方法针对视线坐标系的两空间飞行器在目标机动下的追逃进行了理论推导和实验仿真。
Aim at the problem of detecting for distant small target with very low SNR, a method of two color IR small target fusion detection using D-S evidence theory is proposed.
针对远距离低信噪比条件下目标检测难的实际问题，提出采用D - S证据理论的双色红外小目标融合检测方法。
The developed algorithms are applied to a target identification problem with two sensors: millimeter wave radiometer, infrared searching and tracking.
改进的算法可有效地应用于采用两种探测器的目标识别：毫米波辐射计、红外搜索和跟踪探测器。
Regarding the fact that space target recognition is a challenging research problem, this paper proposes a space target recognition algorithm based on the two-dimensional wavelet transform.
对于空间目标识别这个具有挑战性的研究课题，提出了基于二维小波变换的空间目标识别算法。
The problem arises in a multisensor environment where each sensor has its information tracking subsystem, the key is how to fuse two tracks from the same target.
充分利用目标的位置、速度信息进行航迹融合，在一定条件下能够改善目标的航迹精度。
The problem arises in a multisensor environment where each sensor has its information tracking subsystem, the key is how to fuse two tracks from the same target.
充分利用目标的位置、速度信息进行航迹融合，在一定条件下能够改善目标的航迹精度。
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