The ‘exact’ interval due to Clopper & Pearson (1934) is often considered to be the gold standard for estimating the binomial parameter. However, for practical purposes it is also often considered to be too conservative, when mean rather than minimum coverage close to nominal could be more appropriate. It is argued that (1) Clopper & Pearson themselves changed between these two criteria, (2) ‘approximate’ intervals are preferable to ‘exact’ intervals, and (3) approximate intervals are well represented by Bayesian intervals based on a uniform prior
We address the classic problem of interval estimation of a binomial proportion. The Wald interval p...
In this paper we develop some new confidence intervals for the binomial proportion. The Clopper-Pear...
We propose a new adjustment for constructing an improved version of theWald interval for linear com...
The ‘exact’ interval due to Clopper & Pearson (1934) is often considered to be the gold standard for...
Well-recommended methods of forming ‘confidence intervals’ for a binomial proportion give interval e...
The construction of a confidence interval for a binomial parameter is a basic analysis in statistica...
We revisit the problem of interval estimation of a binomial proportion. The erratic behavior of the ...
Research Doctorate - Doctor of Philosophy (PhD)Interval estimation of the Binomial parameter è, repr...
Wardell (1997) provided a method for constructing confidence intervals on a proportion that modifies...
We address the classic problem of interval estimation of a binomial proportion. The Wald interval p^...
I present a critical review of techniques for estimating confidence intervals on binomial population...
Confidence interval performance is typically assessed in terms of two criteria: coverage probability...
This study constructed a quadratic-based interval estimator for binomial proportion p. The modified ...
In this paper we gave an Edgeworth expansion for the studentized difference of two binomial proporti...
This paper takes Brenner & Quan (The Statistician, 39, pp. 391-397) to task for their claim that a B...
We address the classic problem of interval estimation of a binomial proportion. The Wald interval p...
In this paper we develop some new confidence intervals for the binomial proportion. The Clopper-Pear...
We propose a new adjustment for constructing an improved version of theWald interval for linear com...
The ‘exact’ interval due to Clopper & Pearson (1934) is often considered to be the gold standard for...
Well-recommended methods of forming ‘confidence intervals’ for a binomial proportion give interval e...
The construction of a confidence interval for a binomial parameter is a basic analysis in statistica...
We revisit the problem of interval estimation of a binomial proportion. The erratic behavior of the ...
Research Doctorate - Doctor of Philosophy (PhD)Interval estimation of the Binomial parameter è, repr...
Wardell (1997) provided a method for constructing confidence intervals on a proportion that modifies...
We address the classic problem of interval estimation of a binomial proportion. The Wald interval p^...
I present a critical review of techniques for estimating confidence intervals on binomial population...
Confidence interval performance is typically assessed in terms of two criteria: coverage probability...
This study constructed a quadratic-based interval estimator for binomial proportion p. The modified ...
In this paper we gave an Edgeworth expansion for the studentized difference of two binomial proporti...
This paper takes Brenner & Quan (The Statistician, 39, pp. 391-397) to task for their claim that a B...
We address the classic problem of interval estimation of a binomial proportion. The Wald interval p...
In this paper we develop some new confidence intervals for the binomial proportion. The Clopper-Pear...
We propose a new adjustment for constructing an improved version of theWald interval for linear com...