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Srovnání jednoduchých a rozvětvených regulačních obvodů
Blahút, Lukáš ; Vojáček, Zdeněk (oponent) ; Davidová, Olga (vedoucí práce)
Táto bakalárska práca sa zaoberá možnosťami zlepšenia presnosti a kvality regulácie pomocou rozvetvenia jednoduchého regulačného obvodu. Práca obsahuje popis jednoduchého regulačného obvodu a jednotlivé možnosti jeho rozvetvenia. Záver práce obsahuje návrh parametrov regulátora pre jednoduché a rozvetvené regulačné obvody spolu s regulačnými priebehmi nasimulovanými v programe Simulink.
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Application of local approximators for control of real mechatronic system
Palaj, Lukas ; Vejlupek, Josef (oponent) ; Grepl, Robert (vedoucí práce)
The main aim of this thesis is application of local approximators for control of real mechatronic systems by means of feed-forward control which represents a promising alternative to methods utilizing global approximators. After instances of how local approximators work they were implemented for control of two plants: electronic throttle and educational model of magnetic levitation, which both represent highly non-linear and unstable systems. It was observed whether the designed algorithm would improve the regulation accuracy, further its adaptability to to the plant's parameter change was tested and nally the convenience of its implementation for MCU was observed by lowering sample frequency. The results shows that local-models based control have improved regulation in comparison with PID used alone and that it is adaptable. Moreover, its utilization by MCUs providing sample frequency up to 1 kHz seems to be very advantageous.
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Application of local approximators for control of real mechatronic system
Palaj, Lukas ; Vejlupek, Josef (oponent) ; Grepl, Robert (vedoucí práce)
The main aim of this thesis is application of local approximators for control of real mechatronic systems by means of feed-forward control which represents a promising alternative to methods utilizing global approximators. After instances of how local approximators work they were implemented for control of two plants: electronic throttle and educational model of magnetic levitation, which both represent highly non-linear and unstable systems. It was observed whether the designed algorithm would improve the regulation accuracy, further its adaptability to to the plant's parameter change was tested and nally the convenience of its implementation for MCU was observed by lowering sample frequency. The results shows that local-models based control have improved regulation in comparison with PID used alone and that it is adaptable. Moreover, its utilization by MCUs providing sample frequency up to 1 kHz seems to be very advantageous.
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Srovnání jednoduchých a rozvětvených regulačních obvodů
Blahút, Lukáš ; Vojáček, Zdeněk (oponent) ; Davidová, Olga (vedoucí práce)
Táto bakalárska práca sa zaoberá možnosťami zlepšenia presnosti a kvality regulácie pomocou rozvetvenia jednoduchého regulačného obvodu. Práca obsahuje popis jednoduchého regulačného obvodu a jednotlivé možnosti jeho rozvetvenia. Záver práce obsahuje návrh parametrov regulátora pre jednoduché a rozvetvené regulačné obvody spolu s regulačnými priebehmi nasimulovanými v programe Simulink.
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