(i) Show that if {Xn} is uniformly integrable, then {Xn} is asymptotically uniformly integrable, but the converse...

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(i) Show that if {Xn} is uniformly integrable, then {Xn} is asymptotically uniformly integrable, but the converse is false.

(ii) Show that a sufficient condition for {Xn} to be uniformly integrable is, for some

δ > 0, supn E(|Xn|

1+δ) < ∞.

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Testing Statistical Hypotheses Volume I

ISBN: 9783030705770

4th Edition

Authors: E.L. Lehmann, Joseph P. Romano

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