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Development and improvement of methods of diagnostics of heating systems in modern conditions

Stein Y., Zonova N., Kubrak I., Andreeva L.

Orlicz-fractional maximal operators on weighted Lp spaces

Iida T., Sawano Y.

generalizes for the Fefferman-Stein inequality. The main result is the Fefferman-Stein inequality

Asymptotic expansion of the coverage probability of James-stein estimators

Ahmed S., Saleh A., Volodin A., Volodin I.

probability of the confidence sets recentered in [W. James and C. Stein, Estimation with quadratic loss

Asymptotic expansion of the coverage probability of James-stein estimators

Ahmed S., Saleh A., Volodin A., Volodin I.

probability of the confidence sets recentered in [W. James and C. Stein, Estimation with quadratic loss

Generalized fractional integral operators on Orlicz–Hardy spaces

Arai R., Nakai E., Sawano Y.

presented.), which was proved by Stein and Weiss in 1960. © 2020 Wiley-VCH GmbH

James-Stein confidence set: Equal area approach to the global approximation of coverage probability

Volodin I., Kareev I.

of the Coverage Probability of James-Stein Estimators," Theory Probab. Appl. 51, 683-695 (2007)], an asymptotic

Baranchick-type Estimators of a Multivariate Normal Mean Under the General Quadratic Loss Function

Hamdaoui, Abdenour, Benkhaled, Abdelkader, Terbeche, Mekki, Хамдауи, Абденур, Бенхалед, Абделькадер, Тербече, Мекки

the class of James-Stein estimator is presented. The general situation for both matrices cited above

Remarks on the monotonicity and convexity of Jensen's function

Huang Y., Li Y., Pečarić J.

, we investigate a Jensen-type inequality that arised from Fourier analysis by Stein and Weiss. As a

James-Stein confidence set: Equal area approach to the global approximation of coverage probability

Volodin I., Kareev I.

of the Coverage Probability of James-Stein Estimators," Theory Probab. Appl. 51, 683-695 (2007)], an asymptotic

Survey of period variations of superhumps in SU UMa-type dwarf novae. VIII. The eighth year (2015-2016)

Kato T., Hambsch F., Monard B., Vanmunster T., Maeda Y., Miller I., Itoh H., Kiyota S., Isogai K., Kimura M., Imada A., Tordai T., Akazawa H., Tanabe K., Otani N., Ogi M., Ando K., Takigawa N., Dubovsky P., Kudzej I., Shugarov S., Katysheva N., Golysheva P., Gladilina N., Chochol D., Starr P., Kasai K., Pickard R., De Miguel E., Kojiguchi N., Sugiura Y., Fukushima D., Yamada E., Uto Y., Kamibetsunawa T., Tatsumi T., Takeda N., Matsumoto K., Cook L., Pavlenko E., Babina J., Pit N., Antonyuk O., Antonyuk K., Sosnovskij A., Baklanov A., Kafka S., Stein W., Voloshina I., Ruiz J., Sabo R., Dvorak S., Stone G., Andreev M., Antipin S., Zubareva A., Zaostrojnykh A., Richmond M., Shears J., Dubois F., Logie L., Rau S., Vanaverbeke S., Simon A., Oksanen A., Goff W., Bolt G., Ebski B., Kochanek C., Shappee B., Stanek K., Prieto J., Stubbings R., Muyllaert E., Hiraga M., Horie T., Schmeer P., Hirosawa K.

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