Add to ORKGIllustrates recent research trends in modelling, adaptive estimation and adaptive control of bioreactors and biotechnological plants with a typical case-study: the biomethanization process. Observers of the main biological variables (namely the biomass and the substrate concentrations) and adaptive controllers are presented. In each case the algorithms stability is analyzed and real-life or simulation results are shown.Anglai
Anaerobic reactors are a typical example of processes that exhibit non-linear behavior and, also tim...
In this work, a new adaptive controller is designed for substrate control of a fed-batch bioreactor ...
The optimization of biochemical processes has drawn attention in recent years. The main objectives a...
Abstract:- This paper deals with the design and the analysis of some nonlinear and adaptive control ...
This paper presents a unifying methodology for optimization of biotechnological processes, namely op...
In this paper an overview of optimal adaptive control of (bio)chemical reactors is presented. Follow...
Abstract: The optimization of biochemical processes has drawn attention in recent years. The main ob...
Abstract: This work presents several issues concerning the modelling, kinetic estimation and nonline...
It is acknowledged that to significantly improve biochemical system performance control should be im...
The biochemical technology has been developing extremely fast since the middle of the last century. ...
Abstract: A class of bioprocesses is defined where intermediate metabolite is produced in one reacti...
Anaerobic reactors are a typical example of processes that exhibit non-linear behavior and, also tim...
The biochemical technology has been developing extremely fast since the middle of the last century. ...
In this paper, an extension of adaptive linearizing control laws of single input-single output (SISO...
The biochemical industry is one of the most important modern industries. Biochemical reactors are cr...
Anaerobic reactors are a typical example of processes that exhibit non-linear behavior and, also tim...
In this work, a new adaptive controller is designed for substrate control of a fed-batch bioreactor ...
The optimization of biochemical processes has drawn attention in recent years. The main objectives a...
Abstract:- This paper deals with the design and the analysis of some nonlinear and adaptive control ...
This paper presents a unifying methodology for optimization of biotechnological processes, namely op...
In this paper an overview of optimal adaptive control of (bio)chemical reactors is presented. Follow...
Abstract: The optimization of biochemical processes has drawn attention in recent years. The main ob...
Abstract: This work presents several issues concerning the modelling, kinetic estimation and nonline...
It is acknowledged that to significantly improve biochemical system performance control should be im...
The biochemical technology has been developing extremely fast since the middle of the last century. ...
Abstract: A class of bioprocesses is defined where intermediate metabolite is produced in one reacti...
Anaerobic reactors are a typical example of processes that exhibit non-linear behavior and, also tim...
The biochemical technology has been developing extremely fast since the middle of the last century. ...
In this paper, an extension of adaptive linearizing control laws of single input-single output (SISO...
The biochemical industry is one of the most important modern industries. Biochemical reactors are cr...
Anaerobic reactors are a typical example of processes that exhibit non-linear behavior and, also tim...
In this work, a new adaptive controller is designed for substrate control of a fed-batch bioreactor ...
The optimization of biochemical processes has drawn attention in recent years. The main objectives a...