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Performance Analysis of Direct Current Control and Direct Torque Control Strategies for Three-Level Inverter Fed Brushless DC Motor Drives., , , и . SSD, стр. 1348-1354. IEEE, (2018)Performance analysis of an advanced bus-clamping DTC strategy for IM drives., , и . EVER, стр. 1-9. IEEE, (2018)Comparative Study Between Classical and Fuzzy Logic DTC Strategies Aimed to an IPMSM Drives., , и . SSD, стр. 626-632. IEEE, (2023)Bus-Clamping-Based Direct Torque Control Strategy Dedicated to B6-Inverter Fed Symmetrical Two-Phase IM Drive., , и . IEEE Trans. Ind. Electron., 65 (7): 5344-5352 (2018)Comparative Study Between Conventional and Fuzzy Adaptive Speed Regulator for Field Oriented Controlled an IPMSM Drives., , и . SSD, стр. 1329-1335. IEEE, (2018)RFOC and DTC Strategies for Reduced Structure B3-Inverter Fed Induction Motor Drives., , и . SSD, стр. 1317-1322. IEEE, (2018)Carrier-Based and Space Vector PWM Techniques for Delta Inverter Fed IM Drive Operating in Linear and Overmodulation Ranges., , и . SSD, стр. 1323-1328. IEEE, (2018)DTC of three-level inverter fed brushless DC motor drives with torque ripple reduction., , , и . EVER, стр. 1-10. IEEE, (2018)Comparative Investigation of Bus-Clamping PFC Strategies for IM Drives., , и . SSD, стр. 187-192. IEEE, (2019)Bus-Clamping-Based DTC: An Attempt to Reduce Harmonic Distortion and Switching Losses., , и . IEEE Trans. Ind. Electron., 60 (3): 873-884 (2013)