This paper proposes the application of bagging to obtain more robust and accu-rate predictions using Gaussian process regression models. The training data is re-sampled using the bootstrap method to form several training sets, from which multiple Gaussian process models are developed and combined through weighting to provide predictions. A number of weighting methods for model combination are discussed, including the simple averaging rule and the weighted averaging rules. We propose to weight the models by the inverse of their predictive variance, and thus the prediction uncertainty of the models is automatically accounted for. The bag-ging method for Gaussian process regression is successfully applied to the inferential estimation of quali...
Gaussian process regression (GPR) is a non-parametric approach that can be used to make predictions ...
In standard Gaussian Process regression input locations are assumed to be noise free. We present a s...
This paper considers the quantification of the prediction performance in Gaussian process regression...
Gaussian Process (GP) has become a common Bayesian inference framework and has been applied in many ...
Gaussian processes have proved to be useful and powerful constructs for the purposes of regression. ...
Bootstrap aggregation, or bagging, is a prominent method used in statistical inquiry suggested to im...
The proper monitoring of quality-related but hard-to-measure variables is currently one of the bottl...
The use of data-based models is a favorable way to optimize existing industrial processes. Estimatio...
Gaussian process models constitute a class of probabilistic statistical models in which a Gaussian p...
International audienceThis paper describes Gaussian process regression (GPR) models presented in pre...
Bagging (bootstrap aggregating) is a smoothing method to improve predictive ability under the presen...
Bootstrap aggregating or Bagging, introduced by Breiman (1996a), has been proved to be effective to ...
We give a basic introduction to Gaussian Process regression models. We focus on understanding the ro...
In this report, we discuss the application and usage of Gaussian Process in Classification and Regre...
Based on a statistical mechanics approach, we develop a method for approximately computing average c...
Gaussian process regression (GPR) is a non-parametric approach that can be used to make predictions ...
In standard Gaussian Process regression input locations are assumed to be noise free. We present a s...
This paper considers the quantification of the prediction performance in Gaussian process regression...
Gaussian Process (GP) has become a common Bayesian inference framework and has been applied in many ...
Gaussian processes have proved to be useful and powerful constructs for the purposes of regression. ...
Bootstrap aggregation, or bagging, is a prominent method used in statistical inquiry suggested to im...
The proper monitoring of quality-related but hard-to-measure variables is currently one of the bottl...
The use of data-based models is a favorable way to optimize existing industrial processes. Estimatio...
Gaussian process models constitute a class of probabilistic statistical models in which a Gaussian p...
International audienceThis paper describes Gaussian process regression (GPR) models presented in pre...
Bagging (bootstrap aggregating) is a smoothing method to improve predictive ability under the presen...
Bootstrap aggregating or Bagging, introduced by Breiman (1996a), has been proved to be effective to ...
We give a basic introduction to Gaussian Process regression models. We focus on understanding the ro...
In this report, we discuss the application and usage of Gaussian Process in Classification and Regre...
Based on a statistical mechanics approach, we develop a method for approximately computing average c...
Gaussian process regression (GPR) is a non-parametric approach that can be used to make predictions ...
In standard Gaussian Process regression input locations are assumed to be noise free. We present a s...
This paper considers the quantification of the prediction performance in Gaussian process regression...