In this paper, the problem of identifying a predictor model for an unknown system is studied. Instead of standard models returning a prediction value as output, we consider models returning prediction intervals. Identification is performed according to some optimality criteria, and, thanks to this approach, we are able to provide, independently of the data generation mechanism, an exact evaluation of the reliability (i.e. the probability of containing the actual true system output value) of the prediction intervals returned by the identified models. This is in contrast to standard identification where strong assumptions on the system generating data are usually required
In system identification, the concepts of informative data and identifiable model structures are imp...
Interval Predictor Models ( IPMs ) offer a non-probabilistic, interval-valued, characterization of t...
When a published statistical model is also distributed as computer software, it will usually be desi...
This paper addresses the problem of constructing reliable interval predictors directly from observed...
Abstract. This paper presents new results for the identification of predictive models for unknown dy...
An Interval Predictor Model (IPM) is a rule by which some observable variables (system inputs) are m...
Conventional system identification algorithms are based on the minimisation of the one step ahead pr...
Abstract: In this paper we present preliminary results for a new framework in identification of pred...
This paper presents new results for the assessment of reliability of predictive interval maps constr...
Interval Predictor Models (IPMs) offer a non-probabilistic, interval-valued, characterization of the...
This paper presents new results for the assessment of reliability of predictive interval maps constr...
One of the main applications of science and engineering is to predict future value of different quan...
This paper develops techniques for constructing empirical predictor models based on observations. By...
\u3cp\u3eStandard identification techniques usually result in a single point estimate of the system ...
This contribution describes a common family of estimation methods for system identification, viz, pr...
In system identification, the concepts of informative data and identifiable model structures are imp...
Interval Predictor Models ( IPMs ) offer a non-probabilistic, interval-valued, characterization of t...
When a published statistical model is also distributed as computer software, it will usually be desi...
This paper addresses the problem of constructing reliable interval predictors directly from observed...
Abstract. This paper presents new results for the identification of predictive models for unknown dy...
An Interval Predictor Model (IPM) is a rule by which some observable variables (system inputs) are m...
Conventional system identification algorithms are based on the minimisation of the one step ahead pr...
Abstract: In this paper we present preliminary results for a new framework in identification of pred...
This paper presents new results for the assessment of reliability of predictive interval maps constr...
Interval Predictor Models (IPMs) offer a non-probabilistic, interval-valued, characterization of the...
This paper presents new results for the assessment of reliability of predictive interval maps constr...
One of the main applications of science and engineering is to predict future value of different quan...
This paper develops techniques for constructing empirical predictor models based on observations. By...
\u3cp\u3eStandard identification techniques usually result in a single point estimate of the system ...
This contribution describes a common family of estimation methods for system identification, viz, pr...
In system identification, the concepts of informative data and identifiable model structures are imp...
Interval Predictor Models ( IPMs ) offer a non-probabilistic, interval-valued, characterization of t...
When a published statistical model is also distributed as computer software, it will usually be desi...