Simple self-tuning type controllers Jbr nonlinear bacterial growth processes can be effective and their stability can be proven under mild conditions. Abstract-This paper suggests how nonlinear adaptive control of nonlinear bacterial growth systems could be performed. The process is described by a time-varying nonlinear model obtained from material balance… (More)
 L. Marconi and A. Isidori, " Robust global stabilization of a class of uncertain feedforward systems, " Syst. Linear systems with input nonlinearities: Global stabilization by scheduling a family of H ∞ type controllers, " Int. A high-gain scaling technique for adaptive output feedback control of feedforward systems, " IEEE Trans. Global high-gain-based… (More)
In this paper we address the issue of minimal time optimal control of fedbatch reactor in presence of complex non monotonic kinetics, that can be typically characterized by the combination of two Haldane models. Global optimal trajectory results are provided on the basis of a numerical approach that considers smooth control inputs.
This paper deals with a model of a biochemical reactor system with distributed parameters and with a time delay in the growth response. Time delay has been introduced in microbial growth systems to explain the time lapse between the consumption of (liquid) substrate and its conversion to (solid) biomass. We study here the properties of the resulting system… (More)