A track association algorithm for airborne radar and IR sensor

Zeyang Wang, Wei Zhang, Ke Zhang, Qingjin Zeng
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Abstract

The achievement of multi-sensor data fusion is based on the same target, so under the multi-target environment, the characteristics of multi-target need to be distinguished in a certain way, particularly in heterogeneous sensors data fusion. Fortunately, track association provides a method to solve this problem. In this paper, based on the airborne radar and IR sensor, a track association algorithm for heterogeneous sensor is proposed. At first, the discriminant function for track association is given through the research of fuzzy comprehensive theory. Then, the decision criterion, which includes azimuth and elevation, is used to track association. Finally, the simulation results show the effectiveness and practicality of this algorithm.
机载雷达与红外传感器航迹关联算法
多传感器数据融合的实现是基于同一目标的,因此在多目标环境下,需要对多目标的特征进行一定的区分,特别是在异构传感器数据融合中。幸运的是,轨道关联提供了一种解决这个问题的方法。基于机载雷达和红外传感器,提出了一种针对异构传感器的航迹关联算法。首先,通过模糊综合理论的研究,给出了轨道关联的判别函数。然后,采用方位角和仰角两种决策准则对关联进行跟踪。最后,仿真结果表明了该算法的有效性和实用性。
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