Journal of Probability and Statistics · 2016 · 18 citations · 4 references
BusinessBiostatisticsBayesian Data AnalysisStatistical ModelingStatisticsBayesian InferenceBayesian ModelingBayesian StatisticsMaximum Likelihood EstimationPrior DistributionsProbability DistributionsBayesian Distribution ModelingBayesian EstimationJeffreys PriorsMaximum Likelihood EstimatorNakagami FadingPosterior Distribution EstimationPosterior Distribution Of Parameters
Nakagami distribution is considered. The classical maximum likelihood estimator has been obtained. Bayesian method of estimation is employed in order to estimate the scale parameter of Nakagami distribution by using Jeffreys’, Extension of Jeffreys’, and Quasi priors under three different loss functions. Also the simulation study is conducted in R software.
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