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Recursive joint track-to-track association and sensor nonlinear bias estimation based on generalized Bayes risk

机译:基于广义贝叶斯风险的递归联合轨迹间关联和传感器非线性偏差估计

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Track-to-track association and sensor bias estimation are two important problems in multi-target multi-sensor tracking system. Track-to-track association becomes more complex in the presence of sensor bias and incorrect track association will lead to poor bias estimation results. Solving these two problems jointly would be attractive. This paper proposes a recursive joint track-to-track association and nonlinear bias estimation algorithm based on the generalized Bayes risk. The proposed algorithm and the conventional association-then-estimation algorithm are compared with the Monte-Carlo simulation. Simulation results show that the proposed algorithm has better track association and bias estimation performance than the conventional algorithm.
机译:轨迹间关联和传感器偏差估计是多目标多传感器跟踪系统中的两个重要问题。在存在传感器偏置的情况下,轨迹间的关联变得更加复杂,错误的轨迹关联会导致较差的偏置估计结果。共同解决这两个问题将很有吸引力。提出了一种基于广义贝叶斯风险的递归联合轨迹间关联和非线性偏差估计算法。将该算法与传统的关联估计算法与Monte-Carlo仿真进行了比较。仿真结果表明,与常规算法相比,该算法具有更好的航迹关联和偏置估计性能。

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