An ideal companion for upcoming and established control engineers; the detailed introduction of mathematical models and included tutorial material is essential for every control engineer.
An ideal companion for upcoming and established control engineers; the detailed introduction of mathematical models and included tutorial material is essential for every control engineer.
1. Field Elements of classic Control Systems2. Advanced Control theory fundamentals3. Design of a non-linear controller to regulate hydrogen production in a microbial electrolysis cell (MEC)4. Comparison in silico of a linear and non-linear controller to increasing electrical energy production in a Microbial fuel cell (MFC)5. Optimal control approach applied in the Feed batch bioreactor6. Predictor-based control applied to TITO systems for regulating the liquid level in coupled tanks7.Temperature robust control applied to a tomato dehydrator with the CLKF approach8. Design of an adaptable robust controller: regulation of temperature of a heat exchanger prototype
1. Field Elements of classic Control Systems2. Advanced Control theory fundamentals3. Design of a non-linear controller to regulate hydrogen production in a microbial electrolysis cell (MEC)4. Comparison in silico of a linear and non-linear controller to increasing electrical energy production in a Microbial fuel cell (MFC)5. Optimal control approach applied in the Feed batch bioreactor6. Predictor-based control applied to TITO systems for regulating the liquid level in coupled tanks7.Temperature robust control applied to a tomato dehydrator with the CLKF approach8. Design of an adaptable robust controller: regulation of temperature of a heat exchanger prototype
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