Parameter estimation procedures are very important in the chemical engineering field for development of mathematical models, since design, optimization, and advanced control of chemical processes usually rely on mathematical models, which in turn depend on parameter values (and respective uncertainties) obtained with help of available experimental data. For this reason, the parameter estimation problem is introduced here and discussed in terms of its three fundamental steps: the definition of the objective function, the minimization of the objective function, and the statistical analysis of the obtained results
The reliable solution of nonlinear parameter estimation problems is an important computational prob...
This thesis investigates optimal experiment design for parameter estimation of nonlinear dynamic sys...
This paper will give a general introduction to the parameter estimation problem for dynamical models...
In this report we present a study on parameter estimation in the field of resin production. The math...
Many thermodynamic models used in practice are at least partially empirical and thus require the det...
As our understanding of chemical processes increases, the complexity of the models developed to desc...
In basic research in Solution Chemistry the formation of complexes in unknown systems are studied at...
International audienceInterval analysis procedures are used to estimate the parameters of an experim...
SIGLEAvailable from TIB Hannover: RO 7722(283) / FIZ - Fachinformationszzentrum Karlsruhe / TIB - Te...
In particular in the last decade, optimization under uncertainty has engaged attention in the mathem...
Abstract—Mechanistic dynamic models often contain unknown parameters whose values are difficult to d...
This paper aims at giving an overview of available results of state and parameter approaches for che...
Mathematical modeling is a key component of various disciplines in science and engineering. A mathem...
Parameter estimation techniques are of ever-increasing interest in the fields of medicine and biolog...
Model-based measuring and control techniques find a wide field of application in chemical engineerin...
The reliable solution of nonlinear parameter estimation problems is an important computational prob...
This thesis investigates optimal experiment design for parameter estimation of nonlinear dynamic sys...
This paper will give a general introduction to the parameter estimation problem for dynamical models...
In this report we present a study on parameter estimation in the field of resin production. The math...
Many thermodynamic models used in practice are at least partially empirical and thus require the det...
As our understanding of chemical processes increases, the complexity of the models developed to desc...
In basic research in Solution Chemistry the formation of complexes in unknown systems are studied at...
International audienceInterval analysis procedures are used to estimate the parameters of an experim...
SIGLEAvailable from TIB Hannover: RO 7722(283) / FIZ - Fachinformationszzentrum Karlsruhe / TIB - Te...
In particular in the last decade, optimization under uncertainty has engaged attention in the mathem...
Abstract—Mechanistic dynamic models often contain unknown parameters whose values are difficult to d...
This paper aims at giving an overview of available results of state and parameter approaches for che...
Mathematical modeling is a key component of various disciplines in science and engineering. A mathem...
Parameter estimation techniques are of ever-increasing interest in the fields of medicine and biolog...
Model-based measuring and control techniques find a wide field of application in chemical engineerin...
The reliable solution of nonlinear parameter estimation problems is an important computational prob...
This thesis investigates optimal experiment design for parameter estimation of nonlinear dynamic sys...
This paper will give a general introduction to the parameter estimation problem for dynamical models...