Sequential and two-stage procedures for selecting the better exponential population covering the case of unknown and unequal scale parameters

DOI10.1016/0378-3758(84)90042-9zbMath0545.62022OpenAlexW1974298355MaRDI QIDQ797238

Nitis Mukhopadhyay

Publication date: 1984

Published in: Journal of Statistical Planning and Inference (Search for Journal in Brave)

Full work available at URL: https://doi.org/10.1016/0378-3758(84)90042-9

zbMATH Keywords

least favorable configurationtwo-stage procedureprobability of correct selectionexponential location-scale populationsfirst-order efficiencysecond-order efficiencyunequal scale parametersunknown scale parameters

Mathematics Subject Classification ID

Sequential statistical analysis (62L10) Statistical ranking and selection procedures (62F07)

Related Items (10)

A two-stage procedure with accelerated test for selecting the best exponential population ⋮ Three-stage procedures for selecting the best exponential population ⋮ Two-stage procedures for comparing several exponential populations with a control when the Scale Parameters are unknown and unequal ⋮ On Two-Stage Selection of the Best Negative Exponential Population with Applications ⋮ Accelerated sequential procedure for selecting the best exponential population ⋮ Minimum risk point estimation (MRPE) of the mean in an exponential distribution under powered absolute error loss (PAEL) due to estimation plus cost of sampling ⋮ Multistage point estimation methodologies for a negative exponential location under a modified linex loss function: Illustrations with infant mortality and bone marrow data ⋮ Multi-stage procedures for the minimum risk and bounded risk point estimation of the location of negative exponential distribution under the modified LINEX loss function ⋮ Multistage estimation of the difference of locations of two negative exponential populations under a modified Linex loss function: Real data illustrations from cancer studies and reliability analysis ⋮ On the distribution of bivariate F-variable

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