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A Generalized Labeled Multi-Bernoulli Filter for Correlated Multitarget Systems

机译:相关的多伯尔努利过滤器,用于相关多标靶案

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The labeled random finite set (LRFS) theory of B.-T. Vo and B.-N. Vo is the first systematic, theoretically rigorous formulation of true multitarget tracking, and is the basis for the generalized labeled multi-Bernoulli (GLMB) filter (the first implementable and provably Bayes-optimal multitarget tracking algorithm). Several of the author's earlier papers investigated Bayes filters that propagate the correlations between two unlabeled evolving multitarget systems-but with limited success. In this paper we provide a theoretically rigorous and much more general approach, by devising a GLMB filter that propagates the correlations between two evolving labeled multitarget svstems.
机译:B.Tup的标记随机有限集(LRFS)理论。 vo和b.-n. VO是真正的多标准跟踪的第一个系统,理论上严格的制定,是广义标记的多Bernoulli(GLMB)滤波器的基础(第一个可实现的和可剥夺的贝叶斯 - 最佳多标算法)。一些作者早期的论文调查了贝叶斯过滤器,它传播了两个未标记的演变的多元体系之间的相关性 - 但成功有限。在本文中,我们通过设计了一种理论上严格和更一般的方法,通过设计GLMB滤波器,它在两个不断发展的标记的MultiTarget Svstems之间传播相关的相关性。

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