ALGEBRIC METHOD AND LSCR TECHNIQUE FOR ESTIMATING THE PARAMETERS OF A BIOREACTOR
| dc.contributor.author | S., . Borsali | |
| dc.date.accessioned | 2023-05-29T07:54:03Z | |
| dc.date.available | 2023-05-29T07:54:03Z | |
| dc.date.issued | 2020-05-01 | |
| dc.description | artical | en_US |
| dc.description.abstract | In this paper In this paper In this paper In this paper In this paperIn this paper, we are interested in identifying the parameters of a bioreactor case , we are interested in identifying the parameters of a bioreactor case , we are interested in identifying the parameters of a bioreactor case , we are interested in identifying the parameters of a bioreactor case , we are interested in identifying the parameters of a bioreactor case , we are interested in identifying the parameters of a bioreactor case , we are interested in identifying the parameters of a bioreactor case , we are interested in identifying the parameters of a bioreactor case , we are interested in identifying the parameters of a bioreactor case , we are interested in identifying the parameters of a bioreactor case , we are interested in identifying the parameters of a bioreactor case , we are interested in identifying the parameters of a bioreactor case , we are interested in identifying the parameters of a bioreactor case , we are interested in identifying the parameters of a bioreactor case , we are interested in identifying the parameters of a bioreactor case , we are interested in identifying the parameters of a bioreactor case , we are interested in identifying the parameters of a bioreactor case , we are interested in identifying the parameters of a bioreactor case , we are interested in identifying the parameters of a bioreactor case , we are interested in identifying the parameters of a bioreactor case , we are interested in identifying the parameters of a bioreactor case , we are interested in identifying the parameters of a bioreactor case , we are interested in identifying the parameters of a bioreactor case , we are interested in identifying the parameters of a bioreactor case , we are interested in identifying the parameters of a bioreactor case , we are interested in identifying the parameters of a bioreactor case , we are interested in identifying the parameters of a bioreactor case nitrification process. To represent the uncertainties that affect these parameters, we fo nitrification process. To represent the uncertainties that affect these parameters, we fo nitrification process. To represent the uncertainties that affect these parameters, we fo nitrification process. To represent the uncertainties that affect these parameters, we fo nitrification process. To represent the uncertainties that affect these parameters, we fo nitrification process. To represent the uncertainties that affect these parameters, we fo nitrification process. To represent the uncertainties that affect these parameters, we fonitrification process. To represent the uncertainties that affect these parameters, we fo nitrification process. To represent the uncertainties that affect these parameters, we fo nitrification process. To represent the uncertainties that affect these parameters, we fonitrification process. To represent the uncertainties that affect these parameters, we fo nitrification process. To represent the uncertainties that affect these parameters, we fo nitrification process. To represent the uncertainties that affect these parameters, we fo nitrification process. To represent the uncertainties that affect these parameters, we fo nitrification process. To represent the uncertainties that affect these parameters, we fo nitrification process. To represent the uncertainties that affect these parameters, we fo nitrification process. To represent the uncertainties that affect these parameters, we fonitrification process. To represent the uncertainties that affect these parameters, we fo nitrification process. To represent the uncertainties that affect these parameters, we fo nitrification process. To represent the uncertainties that affect these parameters, we fo nitrification process. To represent the uncertainties that affect these parameters, we fo nitrification process. To represent the uncertainties that affect these parameters, we fo nitrification process. To represent the uncertainties that affect these parameters, we fonitrification process. To represent the uncertainties that affect these parameters, we fo nitrification process. To represent the uncertainties that affect these parameters, we fo nitrification process. To represent the uncertainties that affect these parameters, we fo nitrification process. To represent the uncertainties that affect these parameters, we fo cus on the cus on the cus on the cus on the set approach based on interval arithmetic, in particular inversion, to obtain guaranteed set approach based on interval arithmetic, in particular inversion, to obtain guaranteed set approach based on interval arithmetic, in particular inversion, to obtain guaranteed set approach based on interval arithmetic, in particular inversion, to obtain guaranteed set approach based on interval arithmetic, in particular inversion, to obtain guaranteed set approach based on interval arithmetic, in particular inversion, to obtain guaranteed set approach based on interval arithmetic, in particular inversion, to obtain guaranteed set approach based on interval arithmetic, in particular inversion, to obtain guaranteed set approach based on interval arithmetic, in particular inversion, to obtain guaranteed set approach based on interval arithmetic, in particular inversion, to obtain guaranteed set approach based on interval arithmetic, in particular inversion, to obtain guaranteed set approach based on interval arithmetic, in particular inversion, to obtain guaranteed set approach based on interval arithmetic, in particular inversion, to obtain guaranteed set approach based on interval arithmetic, in particular inversion, to obtain guaranteed set approach based on interval arithmetic, in particular inversion, to obtain guaranteed set approach based on interval arithmetic, in particular inversion, to obtain guaranteed set approach based on interval arithmetic, in particular inversion, to obtain guaranteed set approach based on interval arithmetic, in particular inversion, to obtain guaranteed set approach based on interval arithmetic, in particular inversion, to obtain guaranteed set approach based on interval arithmetic, in particular inversion, to obtain guaranteed set approach based on interval arithmetic, in particular inversion, to obtain guaranteed set approach based on interval arithmetic, in particular inversion, to obtain guaranteed set approach based on interval arithmetic, in particular inversion, to obtain guaranteed set approach based on interval arithmetic, in particular inversion, to obtain guaranteed set approach based on interval arithmetic, in particular inversion, to obtain guaranteed set approach based on interval arithmetic, in particular inversion, to obtain guaranteed set approach based on interval arithmetic, in particular inversion, to obtain guaranteed set approach based on interval arithmetic, in particular inversion, to obtain guaranteed set approach based on interval arithmetic, in particular inversion, to obtain guaranteed set approach based on interval arithmetic, in particular inversion, to obtain guaranteed set approach based on interval arithmetic, in particular inversion, to obtain guaranteed set approach based on interval arithmetic, in particular inversion, to obtain guaranteed set approach based on interval arithmetic, in particular inversion, to obtain guaranteed set approach based on interval arithmetic, in particular inversion, to obtain guaranteed set approach based on interval arithmetic, in particular inversion, to obtain guaranteed set approach based on interval arithmetic, in particular inversion, to obtain guaranteed set approach based on interval arithmetic, in particular inversion, to obtain guaranteed results. First, a method of studying observability and identifiability by an algebraic is results. First, a method of studying observability and identifiability by an algebraic is results. First, a method of studying observability and identifiability by an algebraic is results. First, a method of studying observability and identifiability by an algebraic is results. First, a method of studying observability and identifiability by an algebraic is results. First, a method of studying observability and identifiability by an algebraic is results. First, a method of studying observability and identifiability by an algebraic is results. First, a method of studying observability and identifiability by an algebraic is results. First, a method of studying observability and identifiability by an algebraic is results. First, a method of studying observability and identifiability by an algebraic is results. First, a method of studying observability and identifiability by an algebraic is results. First, a method of studying observability and identifiability by an algebraic is results. First, a method of studying observability and identifiability by an algebraic is results. First, a method of studying observability and identifiability by an algebraic is results. First, a method of studying observability and identifiability by an algebraic is results. First, a method of studying observability and identifiability by an algebraic is results. First, a method of studying observability and identifiability by an algebraic is results. First, a method of studying observability and identifiability by an algebraic is results. First, a method of studying observability and identifiability by an algebraic is results. First, a method of studying observability and identifiability by an algebraic is results. First, a method of studying observability and identifiability by an algebraic is results. First, a method of studying observability and identifiability by an algebraic is results. First, a method of studying observability and identifiability by an algebraic is results. First, a method of studying observability and identifiability by an algebraic is results. First, a method of studying observability and identifiability by an algebraic is results. First, a method of studying observability and identifiability by an algebraic is results. First, a method of studying observability and identifiability by an algebraic is results. First, a method of studying observability and identifiability by an algebraic is results. First, a method of studying observability and identifiability by an algebraic is results. First, a method of studying observability and identifiability by an algebraic is carried out. The LSCR (Leave out Sign carried out. The LSCR (Leave out Sign carried out. The LSCR (Leave out Sign carried out. The LSCR (Leave out Sign carried out. The LSCR (Leave out Sign carried out. The LSCR (Leave out Signcarried out. The LSCR (Leave out Signcarried out. 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The LSCR (Leave out Sign -dominant Correlat dominant Correlat dominant Correlatdominant Correlat dominant Correlat ion Regions) method used in this ion Regions) method used in this ion Regions) method used in this ion Regions) method used in this ion Regions) method used in this ion Regions) method used in this ion Regions) method used in this ion Regions) method used in this ion Regions) method used in this ion Regions) method used in this ion Regions) method used in this ion Regions) method used in this article for the identification of parameters is based on construction non article for the identification of parameters is based on construction nonarticle for the identification of parameters is based on construction nonarticle for the identification of parameters is based on construction non article for the identification of parameters is based on construction non article for the identification of parameters is based on construction non article for the identification of parameters is based on construction non article for the identification of parameters is based on construction non article for the identification of parameters is based on construction non article for the identification of parameters is based on construction nonarticle for the identification of parameters is based on construction non article for the identification of parameters is based on construction non article for the identification of parameters is based on construction non article for the identification of parameters is based on construction non article for the identification of parameters is based on construction nonarticle for the identification of parameters is based on construction non article for the identification of parameters is based on construction non article for the identification of parameters is based on construction non article for the identification of parameters is based on construction non article for the identification of parameters is based on construction non article for the identification of parameters is based on construction non article for the identification of parameters is based on construction non article for the identification of parameters is based on construction non article for the identification of parameters is based on construction non -asymptotic asymptotic asymptotic asymptotic confidence regions for the parameters of dynamic system confidence regions for the parameters of dynamic system confidence regions for the parameters of dynamic system confidence regions for the parameters of dynamic system confidence regions for the parameters of dynamic systemconfidence regions for the parameters of dynamic system confidence regions for the parameters of dynamic system confidence regions for the parameters of dynamic system confidence regions for the parameters of dynamic system confidence regions for the parameters of dynamic system confidence regions for the parameters of dynamic system confidence regions for the parameters of dynamic system confidence regions for the parameters of dynamic systemconfidence regions for the parameters of dynamic system confidence regions for the parameters of dynamic system confidence regions for the parameters of dynamic system . This method, This method,This method,This method, using the using the using the calculation of the correlation functions, makes calculation of the correlation functions, makes calculation of the correlation functions, makes calculation of the correlation functions, makes calculation of the correlation functions, makes calculation of the correlation functions, makes calculation of the correlation functions, makes calculation of the correlation functions, makes calculation of the correlation functions, makes calculation of the correlation functions, makes calculation of the correlation functions, makes calculation of the correlation functions, makes calculation of the correlation functions, makescalculation of the correlation functions, makes it possible to construct regions containing the it possible to construct regions containing the it possible to construct regions containing the it possible to construct regions containing the it possible to construct regions containing the it possible to construct regions containing the it possible to construct regions containing the it possible to construct regions containing the it possible to construct regions containing the it possible to construct regions containing the it possible to construct regions containing the it possible to construct regions containing the it possible to construct regions containing the real value of the parameters to be identified with a guaranteed probability and minimum real value of the parameters to be identified with a guaranteed probability and minimum real value of the parameters to be identified with a guaranteed probability and minimum real value of the parameters to be identified with a guaranteed probability and minimum real value of the parameters to be identified with a guaranteed probability and minimum real value of the parameters to be identified with a guaranteed probability and minimum real value of the parameters to be identified with a guaranteed probability and minimum real value of the parameters to be identified with a guaranteed probability and minimum real value of the parameters to be identified with a guaranteed probability and minimum real value of the parameters to be identified with a guaranteed probability and minimum real value of the parameters to be identified with a guaranteed probability and minimum real value of the parameters to be identified with a guaranteed probability and minimum real value of the parameters to be identified with a guaranteed probability and minimum real value of the parameters to be identified with a guaranteed probability and minimum real value of the parameters to be identified with a guaranteed probability and minimum real value of the parameters to be identified with a guaranteed probability and minimum real value of the parameters to be identified with a guaranteed probability and minimum real value of the parameters to be identified with a guaranteed probability and minimum real value of the parameters to be identified with a guaranteed probability and minimum real value of the parameters to be identified with a guaranteed probability and minimum real value of the parameters to be identified with a guaranteed probability and minimum real value of the parameters to be identified with a guaranteed probability and minimum real value of the parameters to be identified with a guaranteed probability and minimum real value of the parameters to be identified with a guaranteed probability and minimum real value of the parameters to be identified with a guaranteed probability and minimum real value of the parameters to be identified with a guaranteed probability and minimum real value of the parameters to be identified with a guaranteed probability and minimum real value of the parameters to be identified with a guaranteed probability and minimum real value of the parameters to be identified with a guaranteed probability and minimum real value of the parameters to be identified with a guaranteed probability and minimum real value of the parameters to be identified with a guaranteed probability and minimum real value of the parameters to be identified with a guaranteed probability and minimum real value of the parameters to be identified with a guaranteed probability and minimum real value of the parameters to be identified with a guaranteed probability and minimum real value of the parameters to be identified with a guaranteed probability and minimum real value of the parameters to be identified with a guaranteed probability and minimum real value of the parameters to be identified with a guaranteed probability and minimum knowledge of noise. For guaranteed results, set | en_US |
| dc.identifier.citation | S. Borsali .ALGEBRIC METHOD AND LSCR TECHNIQUE FOR ESTIMATING THE PARAMETERS OF A BIOREACTOR. Journal of Fundamental and sciences. vol.12, no 2. May 2020. Faculty of exact sciences. university of el oued. [visited in 14/04/2020. available from [copy the link here] | en_US |
| dc.identifier.uri | http://dspace.univ-eloued.dz/handle/123456789/24642 | |
| dc.language.iso | en | en_US |
| dc.publisher | university of eloued جامعة الوادي | en_US |
| dc.relation.ispartofseries | 1112-9867; | |
| dc.subject | Esti mation, Bmation, B mation, B io reactor, LSCR method, Set inversion reactor, LSCR method, Set inversionreactor, LSCR method, Set inversion reactor, LSCR method, Set inversion reactor, LSCR method, Set inversion reactor, LSCR method, Set inversion reactor, LSCR method, Set inversionreactor, LSCR method, Set inversion reactor, LSCR method, Set inversion reactor, LSCR method, Set inversion , | en_US |
| dc.title | ALGEBRIC METHOD AND LSCR TECHNIQUE FOR ESTIMATING THE PARAMETERS OF A BIOREACTOR | en_US |
| dc.type | Article | en_US |
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