zbMath0832.62019MaRDI QIDQ4841590
Mikhail S. Nikulin, Vassily Voinov
Publication date: 8 August 1995
Title: zbMATH Open Web Interface contents unavailable due to conflicting licenses.
Single observation unbiased priors,
Deficiency of Two Estimators in One-Parameter Exponential Family of Distributions,
Confidence intervals for a ratio of binomial proportions based on direct and inverse sampling schemes,
Modeling and Scaling of Categorical Data,
Inverse Gaussian Model and Its Applications in Reliability and Survival Analysis,
Unbiased variance estimators in the parametric case,
On asymptotic behavior of unbiased probability estimators for lattice distributions with the mean as a sufficient statistic,
Boundary identification for admissible variation of external and internal factors affecting robustness of fiber-optic communication systems on rail transport,
Unbiased estimation for a multivariate exponential whose components have a common shift,
On unbiased density estimation for ergodic diffusion,
Asymptotic comparison of MLE and UMVUE in the case of a truncated one-parameter family of distributions,
Influence analysis in truncated distributions,
Statistical aspects of linkage analysis in interlaboratory studies,
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Estimation of reliability using failure-degradation data with explanatory variables,
Some remarks on classical and Bayesian reliability estimation of binomial and Poisson distribu\-tions,
Some measures of robustness for unbiased estimators in one-parameter natural exponential families with quadratic variance function,
On chi-squared type tests and their applications in survival analysis and reliability,
The Asymptotic Bound by the Kiefer-Type Information Inequality and Its Attainment,
Conservative confidence intervals based on weighted means statistics,
On Unbiased Estimation of Positive Integral Powers of the Natural Parameter in Exponential Families,
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Estimation of the Reliability Function of a Series System: Some Decision Theoretic Results,
On a Generalization of the Classical Random Sampling Scheme and Unbiased Estimation,
Chebyshev systems and estimation theory for discrete distributions.