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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

Asymptotic expansion of the coverage probability of James-stein estimators

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

. Statist. Soc. Ser. B, 24 (1962), pp. 265-296]. The coverage probability of these confidence sets depends

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

Asymptotic expansion of the coverage probability of James-stein estimators

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

. Statist. Soc. Ser. B, 24 (1962), pp. 265-296]. The coverage probability of these confidence sets depends

Confidence sets based on the positive part James–Stein estimator with the asymptotically constant coverage probability

Ahmed S., Kareev I., Suraphee S., Volodin A., Volodin I.

© 2014 Taylor & Francis. The asymptotic expansions for the coverage probability of a confidence set

High order approximation for the coverage probability by a confident set centered at the positive-part James-Stein estimator

Ahmed S., Volodin A., Volodin I.

of coverage probabilities, for confidence sets centered at James-Stein and positive-part James

Confidence sets based on the positive part James–Stein estimator with the asymptotically constant coverage probability

Ahmed S., Kareev I., Suraphee S., Volodin A., Volodin I.

© 2014 Taylor & Francis. The asymptotic expansions for the coverage probability of a confidence set

High order approximation for the coverage probability by a confident set centered at the positive-part James-Stein estimator

Ahmed S., Volodin A., Volodin I.

of coverage probabilities, for confidence sets centered at James-Stein and positive-part James

Simulation-Based Analysis of Mobility Models for Wireless UAV-to-X Networks

Prosvirov V., Khalina V., Lisovskaya E., Gaidamaka Y., Pokorny J., Hosek J., Samouylov K.

, the effectiveness of which is estimated from the point of view of the coverage probability and average fade duration

Analysis of area patrol models by unmanned aerial vehicles for servicing mobile subscribers

Prosvirov V., Khalina V., Gaidamaka Yu.

network load. The use of UAVs for these purposes can ensure uniform coverage of the communication area

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