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Robust QFT-based control of the DC motor laboratory model
Title statement Robust QFT-based control of the DC motor laboratory model / aut. Romana Čápková, Alena Kozáková, Martin Minár, Kristián Ondrejička Main entry-name Čápková, Romana, 1993- (Author) - FEI Ústav automobilovej mechatroniky Another responsib. Kozáková, Alena, 1960- Z1 (Author) - FEI Ústav automobilovej mechatroniky Minár, Martin, 1993- Z3 (Author) - FEI Ústav automobilovej mechatroniky Ondrejička, Kristián, 1994- Z3 (Author) - FEI Ústav automobilovej mechatroniky In 2020 Cybernetics & Informatics (K&I) / 2020 International Conference Cybernetics & Informatics (K&I). -- Danvers : IEEE, 2020. -- ISBN 978-1-7281-4381-1. -- [6] s. Subj. Headings Arduino DC Motor design laboratory plant parametric uncertainty PID robustness QFT Language English Document kind RZB - článok zo zborníka Category AFC - Reports at international scientific conferences Category (from 2022) V2 - Vedecký výstup publikačnej činnosti ako časť editovanej knihy alebo zborníka Year 2020 Citations [1] 2021: TAKACS, Gergely - BOLDOCKY, Jan - MIKULAS, Erik - KONKOLY, Tibor - GULAN, Martin. MotoShield: Open Miniaturized DC Motor Hardware Prototype for Control Education. In Proceedings Frontiers in Education Conference, FIE, 2021, vol. 2021-October. ISSN 1539-4565. article
Number of the records: 1