Classical model validation procedures are placed at the focus of our attention. We discuss the principles by which we reach confidence in a model through such validation techniques, and also how the distance to a "true" description can be estimated this way. In particular we stress that model errors must be separated from disturbances in this process, and that consequently correlation tests between the model residuals and past inputs play a crucial role in this process
This thesis addresses model validation, important in robust control system modeling, for the identif...
The gap between the models used in control synthesis and those obtained from identification experime...
Modern robust control synthesis techniques aim at providing robustness with respect to uncertainty i...
Classical model validation procedures are placed at the focus of our attention. We discuss the princ...
Classical model validation procedures are placed at the focus of our attention. We discuss the princ...
Classical model validation procedures are placed at the focus of our attention. We discuss the princ...
The problem of assessing the quality of a given, or estimated model is a central issue in system ide...
To validate an estimated model and to have a good understanding of its reliability is a central aspe...
Model Validation is at the heart of the System Identification process. Recently, much renewed intere...
The problem of assessing the quality of a given or estimated model is a central issue in system iden...
The problem of assessing the quality of a given or estimated model is a central issue in system iden...
The problem of assessing the quality of a given or estimated model is a central issue in system iden...
Model validation is the exercise of assessing whether a model of some underlying system is good enou...
This chapter introduces concepts and principles associated with the verification and validation of s...
This chapter introduces concepts and principles associated with the verification and validation of s...
This thesis addresses model validation, important in robust control system modeling, for the identif...
The gap between the models used in control synthesis and those obtained from identification experime...
Modern robust control synthesis techniques aim at providing robustness with respect to uncertainty i...
Classical model validation procedures are placed at the focus of our attention. We discuss the princ...
Classical model validation procedures are placed at the focus of our attention. We discuss the princ...
Classical model validation procedures are placed at the focus of our attention. We discuss the princ...
The problem of assessing the quality of a given, or estimated model is a central issue in system ide...
To validate an estimated model and to have a good understanding of its reliability is a central aspe...
Model Validation is at the heart of the System Identification process. Recently, much renewed intere...
The problem of assessing the quality of a given or estimated model is a central issue in system iden...
The problem of assessing the quality of a given or estimated model is a central issue in system iden...
The problem of assessing the quality of a given or estimated model is a central issue in system iden...
Model validation is the exercise of assessing whether a model of some underlying system is good enou...
This chapter introduces concepts and principles associated with the verification and validation of s...
This chapter introduces concepts and principles associated with the verification and validation of s...
This thesis addresses model validation, important in robust control system modeling, for the identif...
The gap between the models used in control synthesis and those obtained from identification experime...
Modern robust control synthesis techniques aim at providing robustness with respect to uncertainty i...