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Product Code:  MMONO/196 
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Book DetailsTranslations of Mathematical MonographsVolume: 196; 2001; 216 ppMSC: Primary 62; Secondary 60;
The asymptotic properties of the likelihood ratio play an important part in solving problems in statistics for various schemes of observations. In this book, the author describes the asymptotic methods for parameter estimation and hypothesis testing based on asymptotic properties of the likelihood ratios in the case where an observed stochastic process is a semimartingale.
Chapter 1 gives the general basic notions and results of the theory under consideration. Chapters 2 and 3 are devoted to the problem of distinguishing between two simple statistical hypotheses. In Chapter 2, certain types of asymptotic distinguishability between families of hypotheses are introduced. The types are characterized in terms of likelihood ratio, Hellinger integral of order \(\epsilon\), KakutaniHellinger distance, and the distance in variation between hypothetical measures, etc. The results in Chapter 2 are used in Chapter 3 in statistical experiments generated by observations of semimartingales. Chapter 4 applies the general limit theorems on asymptotic properties of maximum likelihood and Bayes estimates obtained by Ibragimov and Has'minskii for observations of an arbitrary nature to observations of semimartingales. In Chapter 5, an unknown parameter is assumed to be random, and under this condition, certain informationtheoretic problems of estimation of parameters are considered.
This English edition includes an extensive list of references and revised bibliographical notes.ReadershipGraduate students and research mathematicians interested in statistics; engineers.

Table of Contents

Chapters

Local densities of measures and limit theorems for stochastic processes

Asymptotic distinguishing between simple hypotheses in the scheme of general statistical experiments

Asymptotic behavior of the likelihood ratio in problems of distinguishing between simple hypotheses for semimartingales

Asymptotic estimation of parameters

Asymptotic informationtheoretic problems in parameter estimation


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The asymptotic properties of the likelihood ratio play an important part in solving problems in statistics for various schemes of observations. In this book, the author describes the asymptotic methods for parameter estimation and hypothesis testing based on asymptotic properties of the likelihood ratios in the case where an observed stochastic process is a semimartingale.
Chapter 1 gives the general basic notions and results of the theory under consideration. Chapters 2 and 3 are devoted to the problem of distinguishing between two simple statistical hypotheses. In Chapter 2, certain types of asymptotic distinguishability between families of hypotheses are introduced. The types are characterized in terms of likelihood ratio, Hellinger integral of order \(\epsilon\), KakutaniHellinger distance, and the distance in variation between hypothetical measures, etc. The results in Chapter 2 are used in Chapter 3 in statistical experiments generated by observations of semimartingales. Chapter 4 applies the general limit theorems on asymptotic properties of maximum likelihood and Bayes estimates obtained by Ibragimov and Has'minskii for observations of an arbitrary nature to observations of semimartingales. In Chapter 5, an unknown parameter is assumed to be random, and under this condition, certain informationtheoretic problems of estimation of parameters are considered.
This English edition includes an extensive list of references and revised bibliographical notes.
Graduate students and research mathematicians interested in statistics; engineers.

Chapters

Local densities of measures and limit theorems for stochastic processes

Asymptotic distinguishing between simple hypotheses in the scheme of general statistical experiments

Asymptotic behavior of the likelihood ratio in problems of distinguishing between simple hypotheses for semimartingales

Asymptotic estimation of parameters

Asymptotic informationtheoretic problems in parameter estimation