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103. Javorskyj I., Matsko I., Yuzefovych R., Zakrzewski Z. Discrete estimators for
characteristics of periodically correlated random processes. Digit. Signal.
Process., 2016, 53, 25–40.
104. Javorskyj I. Application of Buys-Ballot scheme in statistical analysis of
rhythmic signals. Radioelectronics and Telecomunication Systems, 1984,
11(27), 403–417.
105. Javorskyj I., Mykhajlyshyn V. Probabilistic models and investigation of hidden
periodicities. App. Math. Lett., 9, 21–23.
106. Javorskyj I., Yuzefovych R., Matsko I., Zakrzewski Z., Majewski J. Coherent
covariance analysis of periodically correlated random processes for unknown
non-stationary period. Digit. Signal. Process., 2017, 65, 27–51.
107. Javorskyj I.On statistical analysis of periodically correlated random processes,
Radioelectron. Electron, 1985, 6, 1096–1104.
108. Яворский И. Н., Михайлишин В. Ю. Компонентное оценивание периода
стохастической повторяемости ритмических сигналов. Автоматика,
1993, 4, 44–48.
109. Javorskyj I., Dehay D., Kravets I. Component Statistical Analysis of second
order hidden periodicities, Digit. Signal. Process., 2014, 26, 50–70.
110. Javorskyj I., Yuzefovych R., Matsko I., Zakrewski Z. The least square
estimation of basic frequency for periodically non-stationary random signals.
Digit. Signal. Process., 2022, 122, 103333.
111. Fadden R. D. and Smith J. D. Vibration monitoring of rolling element bearings
by the high-frequency resonance technique a review, Tribology International,
1984, 17(1), 3–10.
112. Ho D. and Randall R. B. Optimization of bearing diagnostic techniques using
simulated and actual bearing fault signals. Mechanical Systems and Signal
Processing, 2000, 14(5), 763–788.
113. Antoni J. Cyclic spectral analysis of rolling-element bearing signals:Facts and
fictions, J. Sound Vibr., 2007, 304, 497–529.
103. Javorskyj I., Matsko I., Yuzefovych R., Zakrzewski Z. Discrete estimators for
characteristics of periodically correlated random processes. Digit. Signal.
Process., 2016, 53, 25–40.
104. Javorskyj I. Application of Buys-Ballot scheme in statistical analysis of
rhythmic signals. Radioelectronics and Telecomunication Systems, 1984,
11(27), 403–417.
105. Javorskyj I., Mykhajlyshyn V. Probabilistic models and investigation of hidden
periodicities. App. Math. Lett., 9, 21–23.
106. Javorskyj I., Yuzefovych R., Matsko I., Zakrzewski Z., Majewski J. Coherent
covariance analysis of periodically correlated random processes for unknown
non-stationary period. Digit. Signal. Process., 2017, 65, 27–51.
107. Javorskyj I.On statistical analysis of periodically correlated random processes,
Radioelectron. Electron, 1985, 6, 1096–1104.
108. Яворский И. Н., Михайлишин В. Ю. Компонентное оценивание периода
стохастической повторяемости ритмических сигналов. Автоматика,
1993, 4, 44–48.
109. Javorskyj I., Dehay D., Kravets I. Component Statistical Analysis of second
order hidden periodicities, Digit. Signal. Process., 2014, 26, 50–70.
110. Javorskyj I., Yuzefovych R., Matsko I., Zakrewski Z. The least square
estimation of basic frequency for periodically non-stationary random signals.
Digit. Signal. Process., 2022, 122, 103333.
111. Fadden R. D. and Smith J. D. Vibration monitoring of rolling element bearings
by the high-frequency resonance technique a review, Tribology International,
1984, 17(1), 3–10.
112. Ho D. and Randall R. B. Optimization of bearing diagnostic techniques using
simulated and actual bearing fault signals. Mechanical Systems and Signal
Processing, 2000, 14(5), 763–788.
113. Antoni J. Cyclic spectral analysis of rolling-element bearing signals:Facts and
fictions, J. Sound Vibr., 2007, 304, 497–529.
