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Multi-sensor allocation based on Cram#x00E9;r-Rao Low Bound

机译:基于Cramér-Rao低界的多传感器分配

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Multi-sensor allocation is one of the key problems of multi-sensor management. In order to establish a reasonable allocation model, a method based on Vague set for the target priority was proposed firstly. It is effectively to avoid the subjectivity of the weight selection by calculating the weights that making the Vague distance maximum. Then, this paper principally studied the method based on Cramér-Rao Low Bound for Multi-sensor allocation. The CRLB was introduced into the multi-sensor allocation model according to the characteristics of tracking, and it need not choose target tracking algorithm. Furthermore, the model made it more close to the actual situation by detailing the constraints. Finally, an application example was given and the results validated the applicability and effectiveness of this method.
机译:多传感器分配是多传感器管理的关键问题之一。为了建立合理的分配模型,首先提出了一种基于Vague集的目标优先级分配方法。通过计算使Vague距离最大的权重,可以有效地避免权重选择的主观性。然后,本文主要研究了基于Cramér-Rao低界的多传感器分配方法。根据跟踪的特点,将CRLB引入到多传感器分配模型中,不需要选择目标跟踪算法。此外,该模型通过详细说明约束条件使其更接近于实际情况。最后给出一个应用实例,结果验证了该方法的适用性和有效性。

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