For discrete distributions, the standard method of producing a two-sided confidence interval generates an interval that is exact but conservative. This paper proposes a new algorithm to produce a short exact geometric confidence interval with proven properties, and compares the new interval with the standard interval
Abstract There is an inherent relationship between two-sided hypothesis tests and confi-dence interv...
Includes bibliographical references (pages 60-61)Confidence intervals are a very useful tool for mak...
The standard method of obtaining a two-sided confidence interval for the Poisson mean produces an in...
The authors state new general results for computing exact confidence interval limits for usual one-p...
We study interval estimation for parameters of discrete distributions, focusing on thebinomial, Poi...
The authors propose a new method for constructing a confidence interval for the expectation # of a ...
Well-recommended methods of forming ‘confidence intervals’ for a binomial proportion give interval e...
28 pages, 1 article*Explicit Formulas for Confidence Interval Estimation in Discrete Distributions* ...
20 pages, 1 article*Confidence Intervals for Discrete Distributions* (Casella, George; McCulloch, Ch...
A confidence interval is a range of values that provides the user with useful information about how ...
We present an efficient method of calculating exact confidence intervals for the hypergeometric para...
When collecting experimental data, the observable may be dichotomous. Sampling (eventually with repl...
For a hypergeometric distribution, denoted by Hyper(M,N,n), where N is the population size, M is the...
© 2018, Pleiades Publishing, Ltd. Several new methods of confidence and of asymptotically confidence...
Statistical inference about parameters should depend on raw data only through sufficient statistics—...
Abstract There is an inherent relationship between two-sided hypothesis tests and confi-dence interv...
Includes bibliographical references (pages 60-61)Confidence intervals are a very useful tool for mak...
The standard method of obtaining a two-sided confidence interval for the Poisson mean produces an in...
The authors state new general results for computing exact confidence interval limits for usual one-p...
We study interval estimation for parameters of discrete distributions, focusing on thebinomial, Poi...
The authors propose a new method for constructing a confidence interval for the expectation # of a ...
Well-recommended methods of forming ‘confidence intervals’ for a binomial proportion give interval e...
28 pages, 1 article*Explicit Formulas for Confidence Interval Estimation in Discrete Distributions* ...
20 pages, 1 article*Confidence Intervals for Discrete Distributions* (Casella, George; McCulloch, Ch...
A confidence interval is a range of values that provides the user with useful information about how ...
We present an efficient method of calculating exact confidence intervals for the hypergeometric para...
When collecting experimental data, the observable may be dichotomous. Sampling (eventually with repl...
For a hypergeometric distribution, denoted by Hyper(M,N,n), where N is the population size, M is the...
© 2018, Pleiades Publishing, Ltd. Several new methods of confidence and of asymptotically confidence...
Statistical inference about parameters should depend on raw data only through sufficient statistics—...
Abstract There is an inherent relationship between two-sided hypothesis tests and confi-dence interv...
Includes bibliographical references (pages 60-61)Confidence intervals are a very useful tool for mak...
The standard method of obtaining a two-sided confidence interval for the Poisson mean produces an in...
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