Microorganism culture is highly complex due to the different metabolic pathways, which are very complex.A metabolic phenomenon called overflow is a challenge to overcome in automatic control tasks of microorganism cultures.In this study, a stoneraven d2 nonlinear algorithm by sliding modes (sliding mode nonlinear control, SMNC) is proposed for the robust regulation of a fed-batch bioreactor in the presence of parametric and system perturbations.
A control design is obtained using Lyapunov functions by techniques to propose a control law such that it is robust, only the output signals (biomass and volume) craggy range sauvignon blanc 2022 are used, and the reaction rates do not have to be wholly known.Therefore, a novel and simple controller capable of solving the above problems is obtained.