Track to Track Fusion Incorporating Out of Sequence Track Based on Information Matrix Fusion

B. Duraisamy, T. Schwarz
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引用次数: 2

Abstract

This paper presents the problem of information fusion in a multi-sensor setup of asynchronous sensors with different latencies. This leads to the problem of tracks that have arbitrary arrival time at the fusion center. A solution for the integration of tracks that are temporally out of order is proposed. The proposed algorithm is quite suitable for the trackto-track fusion requirements. This solution avoids the complex calculation involved in negating the effect of process noise that influences the estimation accuracy in a track-to-track fusion and also the correlated process noise problem that arises during the integration of out of order track with the global track. Monte Carlo simulations are carried out with different sensor characteristics to study the performance of the algorithm. The result of the algorithm is compared with an optimal filtering benchmark.
基于信息矩阵融合的失序航迹融合
本文研究了由不同时延的异步传感器组成的多传感器系统中的信息融合问题。这就导致了轨道到达融合中心的时间任意的问题。提出了一种暂时失序轨道整合的解决方案。该算法很好地满足了航迹到航迹融合的要求。该方法避免了航迹融合过程中过程噪声影响估计精度的复杂计算,也避免了无序航迹与全局航迹融合过程中产生的相关过程噪声问题。采用不同的传感器特性进行了蒙特卡罗仿真,研究了算法的性能。将该算法的结果与最优滤波基准进行了比较。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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