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首页> 外文期刊>Scientiae mathematicae Japonicae >SEQUENTIAL POINT ESTIMATION OF THE POWERS OF AN EXPONENTIAL SCALE PARAMETER
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SEQUENTIAL POINT ESTIMATION OF THE POWERS OF AN EXPONENTIAL SCALE PARAMETER

机译:指数尺度参数的幂的逐点估计

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In this paper we consider the bounded risk point estimation problem for the power of scale parameter σ~r of a negative exponential distribution where r ≠ 0 is any given number and the location parameter μ and scale parameter a both are unknown. For a preassigned error bound w > 0 we want to estimate σ~r by using a random sample of the smallest size such that the risk associated with an estimator is not greater than w. We propose a fully sequential procedure and give the asymptotic expansions of its average sample size and risk. We aso consider a class of sequential estimators based on the idea of bias-correction and make a comparison from the point of view of risk.
机译:在本文中,我们考虑了负指数分布的比例参数σ〜r的幂的有界风险点估计问题,其中r≠0是任意给定数,位置参数μ和比例参数a都不知道。对于预定义的误差范围w> 0,我们希望通过使用最小大小的随机样本来估计σr,从而使与估计量相关的风险不大于w。我们提出一个完全顺序的程序,并给出其平均样本量和风险的渐近展开。我们也基于偏差校正的思想考虑一类顺序估计器,并从风险的角度进行比较。

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