Space Vector Modulated – Direct Torque Controlled (DTC – SVM ...
Space Vector Modulated – Direct Torque Controlled (DTC – SVM ...
Space Vector Modulated – Direct Torque Controlled (DTC – SVM ...
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Acknowledgements<br />
The work presented in the thesis was carried out during author’s Ph.D. studies at the<br />
Institute of Control and Industrial Electronics in Warsaw University of Technology,<br />
Faculty of Electrical Engineering. Some parts of the work were realized in cooperation<br />
with foreign Universities:<br />
• University of Nevada, Reno, USA (US National Science Foundation grant <strong>–</strong><br />
Prof. Andrzej Trzynadlowski),<br />
• University of Aalborg, Denmark (Prof. Frede Blaabjerg),<br />
and company:<br />
• Power Electronics Manufacture <strong>–</strong> „TWERD”, Toruń, Poland.<br />
First of all, I would like to express gratitude Prof. Marian P. Kaźmierkowski for the<br />
continuous support and help during work of the thesis. His precious advice and<br />
numerous discussions enhanced my knowledge and scientific inspiration.<br />
I am grateful to Prof. Andrzej Sikorski from the Białystok Technical University and<br />
Prof. Włodzimierz Koczara from the Warsaw University of Technology for their<br />
interest in this work and holding the post of referee.<br />
Specially, I am indebted to my friend Dr Paweł Grabowski for support and<br />
assistance.<br />
Furthermore, I thank my colleagues from the Intelligent Control Group in Power<br />
Electronics for their support and friendly atmosphere. Specially, to Dr Dariusz Sobczuk,<br />
Dr Mariusz Malinowski, Dr Mariusz Cichowlas, and Dariusz Świerczyńki M.Sc.<br />
Finally, I would like thank to my whole family, particularly my parents for their love<br />
and patience.