Cyclostationarity: Theory and Methods

Part I. Theory of Cyclostationarity

1. Time-Angle Periodically Correlated Processes
Jérôme Antoni, Dany Abboud, Sophie Baudin

2. Bootstrap for Maximum Likelihood Estimates of PARMA Coefficients
Anna E. Dudek, Harry Hurd, Wioletta Wójtowicz

3. EM-Based Inference for Cyclostationary Time Series with Missing Observations
Christiana Drake, Oskar Knapik, Jacek Leśkow

4. Subsampling for Weakly Dependent and Periodically Correlated Sequences
Elżbieta Gajecka-Mirek

5. Structure of PC Sequences and the 3rd Prediction Problem
Andrzej Makagon, Abolghassem Miamee

6. Methods of Periodically Correlated Random Processes and Their Generalizations
I. Javors’kyj, R. Yuzefovych, I. Kravets, I. Matsko

7. Simulation Comparison of CBB and GSBB in Overall Mean Estimation Problem for PC Time Series
Anna E. Dudek, Paweł Potorski

Part II. Applications of Cyclostationarity

8. Modeling of Gear Transmissions Dynamics in Non-stationary Conditions
Fakher Chaari, Mohamed Haddar

9. Effects of Satellite Motion on the Received Signal in GPS
Antonio Napolitano, Ivana Perna

10. Cyclostationary Processing of Vibration and Acoustic Emissions for Machine Failure Diagnosis
Cristián Molina Vicuña, David Quezada Acuña

11. Model of the Planetary Gear Based on Multi-Body Method and Its Comparison with Experiment on the Basis of Gear Meshing Frequency and Sidebands
Dariusz Dąbrowski, Jan Adamczyk, Hector Plascencia Mora, Zahra Hashemiyan

12. Periodic Autoregressive Modeling of Vibration Time Series From Planetary Gearbox Used inBucket Wheel Excavator
Agnieszka Wyłomańska, Jakub Obuchowski, Radosław Zimroz, Harry Hurd

Keywords: Engineering, Machinery and Machine Elements, Engineering Design