In Bayesian Optimization, when using a Gaussian Process prior, some kernels adapt better than others to the objective function. This research evaluates the possibility of dynamically changing the kernel function based on the probability of improvement. Five kernel selection strategies are proposed and tested in well known synthetic functions. According to our preliminary experiments, these methods can improve the e ciency of the search when the best kernel for the problem is unknown.Optimizazio Bayesiarra Prozesu Gaussiarren bitartez egiten denean, kernel batzuk beste batzuk baino hobeto egokitzen dira helburu-funtziora. Lan honetan, kernel hauek dinamikoki aldatzeko aukera aztertu dugu, hobekuntza-probabilitatean oinarriturik. Kernelen hau...
Bayesian methods allow for a simple and intuitive representation of the function spaces used by kern...
We are concerned primarily with improving the practical applicability of Bayesian optimization. We m...
The use of machine learning algorithms frequently involves careful tuning of learning parameters and...
Bayesian Optimization has been widely used along with Gaussian Processes for solving expensive-to-ev...
Traditional methods for kernel selection rely on parametric kernel functions or a combination thereo...
Bayesian Optimization has been successfully applied to find global optima of functions which are exp...
International audienceIt is commonly believed that Bayesian optimization (BO) algorithms are highly ...
The current work introduces a novel combination of two Bayesian tools, Gaussian Processes (GPs), and...
Bayesian optimization (BayesOpt) is a derivative-free approach for sequentially optimizing stochasti...
This thesis introduces the concept of Bayesian optimization, primarly used in optimizing costly blac...
Abstract Despite the success of kernel-based nonparametric methods, kernel selection still requires ...
Finding optimal parameter configurations for tunable GPU kernels is a non-Trivial exercise for large...
Bayesian optimization has risen over the last few years as a very attractive approach to find the op...
Bayesian optimization forms a set of powerful tools that allows efficient blackbox optimization and...
Kernel-based methods provide a flexible toolkit for approximation of linear functionals. Importantly...
Bayesian methods allow for a simple and intuitive representation of the function spaces used by kern...
We are concerned primarily with improving the practical applicability of Bayesian optimization. We m...
The use of machine learning algorithms frequently involves careful tuning of learning parameters and...
Bayesian Optimization has been widely used along with Gaussian Processes for solving expensive-to-ev...
Traditional methods for kernel selection rely on parametric kernel functions or a combination thereo...
Bayesian Optimization has been successfully applied to find global optima of functions which are exp...
International audienceIt is commonly believed that Bayesian optimization (BO) algorithms are highly ...
The current work introduces a novel combination of two Bayesian tools, Gaussian Processes (GPs), and...
Bayesian optimization (BayesOpt) is a derivative-free approach for sequentially optimizing stochasti...
This thesis introduces the concept of Bayesian optimization, primarly used in optimizing costly blac...
Abstract Despite the success of kernel-based nonparametric methods, kernel selection still requires ...
Finding optimal parameter configurations for tunable GPU kernels is a non-Trivial exercise for large...
Bayesian optimization has risen over the last few years as a very attractive approach to find the op...
Bayesian optimization forms a set of powerful tools that allows efficient blackbox optimization and...
Kernel-based methods provide a flexible toolkit for approximation of linear functionals. Importantly...
Bayesian methods allow for a simple and intuitive representation of the function spaces used by kern...
We are concerned primarily with improving the practical applicability of Bayesian optimization. We m...
The use of machine learning algorithms frequently involves careful tuning of learning parameters and...