Add to ORKGA novel control method involving an automatic tuning of digital proportional-integral-derivative controller parameters has been developed for better regulation of dissolved oxygen concentration by manipulating agitation speed in batch fermentation processes. Heuristic reasoning allows the proportional-integral-derivative controller to reach improved tuning decisions based upon the supervision of certain control performance indices in the same cognitive manner as in expert control.ope
The work presented here is based on two papers, both pertaining to perturbation-based control strate...
Industrial filamentous fungal fermentations are typically operated in fed-batch mode. Oxygen control...
International audienceIn this paper, the problem of controlling the dissolved oxygen level (DO) duri...
A novel control method involving an automatic tuning of digital proportional-integral-derivative con...
The proportional integral derivative (PID) controller is the most dominant form of automatic control...
The biological process for treatment of the municipal wastewater, the Activated Sludge process, is c...
Abstract This report discusses control of dissolved oxygen in a biore actor where the oxygen supply ...
This report discusses control of dissolved oxygen in a bioreactor where the oxygen supply is manipul...
An adaptive control system for the set-point control and disturbance rejection of biotechnological-p...
This article presents a multi-variable control strategy for the regulation of Dissolved Oxygen Conce...
This article presents a multi-variable control strategy for the regulation of Dissolved Oxygen Conce...
This article presents a multi-variable control strategy for the regulation of Dissolved Oxygen Conce...
This article presents a multi-variable control strategy for the regulation of Dissolved Oxygen Conce...
This article presents a multi-variable control strategy for the regulation of Dissolved Oxygen Conce...
Industrial filamentous fungal fermentations are typically operated in fed-batch mode. Oxygen control...
The work presented here is based on two papers, both pertaining to perturbation-based control strate...
Industrial filamentous fungal fermentations are typically operated in fed-batch mode. Oxygen control...
International audienceIn this paper, the problem of controlling the dissolved oxygen level (DO) duri...
A novel control method involving an automatic tuning of digital proportional-integral-derivative con...
The proportional integral derivative (PID) controller is the most dominant form of automatic control...
The biological process for treatment of the municipal wastewater, the Activated Sludge process, is c...
Abstract This report discusses control of dissolved oxygen in a biore actor where the oxygen supply ...
This report discusses control of dissolved oxygen in a bioreactor where the oxygen supply is manipul...
An adaptive control system for the set-point control and disturbance rejection of biotechnological-p...
This article presents a multi-variable control strategy for the regulation of Dissolved Oxygen Conce...
This article presents a multi-variable control strategy for the regulation of Dissolved Oxygen Conce...
This article presents a multi-variable control strategy for the regulation of Dissolved Oxygen Conce...
This article presents a multi-variable control strategy for the regulation of Dissolved Oxygen Conce...
This article presents a multi-variable control strategy for the regulation of Dissolved Oxygen Conce...
Industrial filamentous fungal fermentations are typically operated in fed-batch mode. Oxygen control...
The work presented here is based on two papers, both pertaining to perturbation-based control strate...
Industrial filamentous fungal fermentations are typically operated in fed-batch mode. Oxygen control...
International audienceIn this paper, the problem of controlling the dissolved oxygen level (DO) duri...