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A probability hypothesis density filter with Singer model for maneuver target tracking

机译:Singer模型的概率假设密度滤波器用于机动目标跟踪

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With the purpose to solve the target loss problem of PHD filter in maneuvering targets tracking, new methods that combines the Singer model with mixture Gaussian (Singer-GMPHD) filter is proposed. This method is based on mixture Gaussian probability hypothesis density filter. modeling the Gaussian components with Singer model. Then the Gaussian componentsare updated with traditional PHD filter. Simulation results indicate that this method gives perfect performance on tracking maneuvering targets movement with unknown targets number by combine the features of both PHD filter and the Singer model. And the accuracy of estimation of targets number is improved. This method shows the number of targets estimated by the proposed algorithm is consistent with the real situation. And the OSPA distance value that describes the estimation error decrease evidently.
机译:为了解决PHD滤波器在机动目标跟踪中的目标损失问题,提出了将Singer模型与混合高斯(Singer-GMPHD)滤波器相结合的新方法。该方法基于混合高斯概率假设密度滤波器。使用Singer模型对高斯分量进行建模。然后用传统的PHD滤波器更新高斯分量。仿真结果表明,结合PHD滤波器和Singer模型的特点,该方法在跟踪目标数量未知的机动目标运动方面具有良好的性能。并提高了目标数估计的准确性。该方法表明该算法估计的目标数量与实际情况相吻合。并且描述估计误差的OSPA距离值明显减小。

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