A POWER APPROXIMATION FOR THE MULTINOMIAL GOODNESS-OF-FIT TEST BASED ON A NORMALIZING TRANSFORMATION

Cressie and Read(1984)introduced the class of multinomial goodness-of-fit statistics, Ra, based on measures of the divergence between discrete distributions. All Ra have the same chi-squared limiting null distribution. The power of Ra is usually approximated by a noncentral chi-squared distribution...

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Veröffentlicht in:JOURNAL OF THE JAPAN STATISTICAL SOCIETY 1999, Vol.29(1), pp.79-87
Hauptverfasser: Sekiya, Yuri, Taneichi, Nobuhiro, Imai, Hideyuki
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Imai, Hideyuki
description Cressie and Read(1984)introduced the class of multinomial goodness-of-fit statistics, Ra, based on measures of the divergence between discrete distributions. All Ra have the same chi-squared limiting null distribution. The power of Ra is usually approximated by a noncentral chi-squared distribution that is also the same for all a. In this paper, we propose a new approximation of the power of Ra. The new power approximation, NT, is a normal approximation based on a normalizing transformation. The NT approximation is numerically compared with the other approximations. As a result of the comparison, we find that the NT approximation is superior to the other approximations when a=0(the loglikelihood ratio statistic)and is effective when a
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subjects goodness of fit
multinomial distribution
normalizing transformation
title A POWER APPROXIMATION FOR THE MULTINOMIAL GOODNESS-OF-FIT TEST BASED ON A NORMALIZING TRANSFORMATION
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