不同损失函数下ЭРланга分布参数的极大极小估计

Lanping Li
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引用次数: 8

摘要

本文的目的是研究基于完全样本的ЭРланга分布参数的估计。利用共轭先验逆Gamma分布得到了ЭРланга分布参数在加权平方误差损失、平方对数误差损失和熵损失三种不同损失函数下的Bayes估计量。然后利用Lehmann定理导出了参数的极大极小估计量。最后,比较了这些估计器在误差平方损失函数下得到的风险的性能。
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Minimax Estimation of the Parameter of ЭРланга Distribution Under Different Loss Functions
The aim of this article is to study the estimation of the parameter of ЭРланга distribution based on complete samples. The Bayes estimators of the parameter of ЭРланга distribution are obtained under three different loss functions, namely, weighted square error loss, squared log error loss and entropy loss functions by using conjugate prior inverse Gamma distribution. Then the minimax estimators of the parameter are derived by using Lehmann’s theorem. Finally, performances of these estimators are compared in terms of risks which obtained under squared error loss function.
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