Online algorithms for classification often require vast amounts of mem-ory and computation time when employed in conjunction with kernel functions. In this paper we describe and analyze a simple approach for an on-the-fly reduction of the number of past examples used for prediction. Experiments performed with real datasets show that using the proposed algorithmic approach with a single epoch is competitive with the sup-port vector machine (SVM) although the latter, being a batch algorithm, accesses each training example multiple times.
We consider online learning in a Reproducing Kernel Hilbert Space. Our method is computationally ef...
Usually, it is necessary for nonlinear online learning algorithms to store a set of misclassified ob...
We present an online Support Vector Machine (SVM) that uses Stochastic Meta-Descent (SMD) to adapt i...
Online algorithms for classification often require vast amounts of memory and computation time when ...
It has been recently shown that the quadratic programming formulation underlying a number of kernel ...
Kernel-based algorithms such as support vector machines have achieved considerable success in variou...
Abstract. The paper presents two useful extensions of the incremental SVM in the context of online l...
This thesis studies three problems in online learning. For all the problems the proposed solutions a...
Kernel methods are popular and effective techniques for learning on structured data, such as trees a...
Stream Processing has recently become one of the current commercial trends to face huge amounts of d...
In this work, we present a new framework for large scale online kernel classification, making ker-ne...
A common problem of kernel-based online algorithms, such as the kernel-based Perceptron algorithm, i...
In most real-world information processing problems, data is not a free resource. Its acquisition is ...
Kernel based methods have been widely applied for signal analysis and processing. In this paper, we ...
Very high dimensional learning systems become theoretically possible when training examples are abun...
We consider online learning in a Reproducing Kernel Hilbert Space. Our method is computationally ef...
Usually, it is necessary for nonlinear online learning algorithms to store a set of misclassified ob...
We present an online Support Vector Machine (SVM) that uses Stochastic Meta-Descent (SMD) to adapt i...
Online algorithms for classification often require vast amounts of memory and computation time when ...
It has been recently shown that the quadratic programming formulation underlying a number of kernel ...
Kernel-based algorithms such as support vector machines have achieved considerable success in variou...
Abstract. The paper presents two useful extensions of the incremental SVM in the context of online l...
This thesis studies three problems in online learning. For all the problems the proposed solutions a...
Kernel methods are popular and effective techniques for learning on structured data, such as trees a...
Stream Processing has recently become one of the current commercial trends to face huge amounts of d...
In this work, we present a new framework for large scale online kernel classification, making ker-ne...
A common problem of kernel-based online algorithms, such as the kernel-based Perceptron algorithm, i...
In most real-world information processing problems, data is not a free resource. Its acquisition is ...
Kernel based methods have been widely applied for signal analysis and processing. In this paper, we ...
Very high dimensional learning systems become theoretically possible when training examples are abun...
We consider online learning in a Reproducing Kernel Hilbert Space. Our method is computationally ef...
Usually, it is necessary for nonlinear online learning algorithms to store a set of misclassified ob...
We present an online Support Vector Machine (SVM) that uses Stochastic Meta-Descent (SMD) to adapt i...