International audienceThis paper presents a saturated proportional controller that achieves depollution of wastewater in a continuous anaerobic digester. This goal is reached by defining a region of the state-space where the depollution is achieved and forcing attractivity and invariance of this region. The control variable is the dilution rate and the controlled variable is a linear combination (S λ) of the substrates con-centrations, that could be the Chemical Oxygen Demand (COD) or the Biological Oxygen Demand (BOD), depending on the value of λ. No measurement of the substrates concentrations in the input flow is required; the only necessary measurement is S λ
Anaerobic reactors are a typical example of processes that exhibit non-linear behavior and, also tim...
Anaerobic reactors are a typical example of processes that exhibit non-linear behavior and, also tim...
Abstract—This paper presents a new control strategy for highly loaded anaerobic digestion processes....
International audienceThis paper presents a saturated proportional controller that achieves depollut...
International audienceThis paper presents a saturated proportional controller that achieves depollut...
International audienceThis paper presents a saturated proportional controller that achieves depollut...
International audienceThis paper presents a saturated proportional controller that achieves depollut...
International audienceThe paper proposes an observability analysis and estimation schemes for specif...
International audienceThe paper proposes an observability analysis and estimation schemes for specif...
In this work, we intend to provide a robust regulation of an aerobic wastewater process model. The m...
Recently, anaerobic digestion (AD) has shown potential applicability to reduce organic matter from w...
This paper deals with the equilibria and stability analysis of the two step anaerobic model initiall...
Recently, anaerobic digestion (AD) has shown potential applicability to reduce organic matter from w...
This article describes the systematic design of a control structure for a biological wastewater trea...
In this paper, a fuzzy control strategy (FCS) for an anaerobic wastewater treatment process is propo...
Anaerobic reactors are a typical example of processes that exhibit non-linear behavior and, also tim...
Anaerobic reactors are a typical example of processes that exhibit non-linear behavior and, also tim...
Abstract—This paper presents a new control strategy for highly loaded anaerobic digestion processes....
International audienceThis paper presents a saturated proportional controller that achieves depollut...
International audienceThis paper presents a saturated proportional controller that achieves depollut...
International audienceThis paper presents a saturated proportional controller that achieves depollut...
International audienceThis paper presents a saturated proportional controller that achieves depollut...
International audienceThe paper proposes an observability analysis and estimation schemes for specif...
International audienceThe paper proposes an observability analysis and estimation schemes for specif...
In this work, we intend to provide a robust regulation of an aerobic wastewater process model. The m...
Recently, anaerobic digestion (AD) has shown potential applicability to reduce organic matter from w...
This paper deals with the equilibria and stability analysis of the two step anaerobic model initiall...
Recently, anaerobic digestion (AD) has shown potential applicability to reduce organic matter from w...
This article describes the systematic design of a control structure for a biological wastewater trea...
In this paper, a fuzzy control strategy (FCS) for an anaerobic wastewater treatment process is propo...
Anaerobic reactors are a typical example of processes that exhibit non-linear behavior and, also tim...
Anaerobic reactors are a typical example of processes that exhibit non-linear behavior and, also tim...
Abstract—This paper presents a new control strategy for highly loaded anaerobic digestion processes....