Third order asymptotic efficiency of the sequential maximum likelihood estimation procedure
Masafumi Akahira, Kei Takeuchi
Abstract
Masafumi Akahira, Kei Takeuchi
Abstract
Under suitable regularity conditions, the third order asymptotic bounds for distributions of regular estimators are obtained. It is shown that the modified maximum likelihood estimation procedure combined with appropriate stopping rule is uniformly third order asymptotically efficient in the sense that its asymptotic distribution attains the bound uniformly in stopping rules up to the third order.
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Under suitable regularity conditions, the third order asymptotic bounds for distributions of regular estimators are obtained. It is shown that the modified maximum likelihood estimation procedure combined with appropriate stopping rule is uniformly third order asymptotically efficient in the sense that its asymptotic distribution attains the bound uniformly in stopping rules up to the third order.
Key concepts: Mathematics, Sequential estimation, Estimator, Stopping time, Stopping rule, Third order, Applied mathematics, Asymptotic analysis