Summarization: Information fusion is drawing increasing interest in many application contexts, especially in biomedical decision making. In this work, we provide a framework for addressing the statistical performance of the decision fusion layer. The decision templates (DTs) fusion method is examined as a distance based combiner and statistically compared with an SVM discriminant hyper-classifier. Our aim is broader than providing experimental results on the performance of the two fusion schemes. We attempt to highlight the theoretical advantages of support vectors as multiple attractor points in a hyper-classifier¿s feature space. Moreover we show that the use of SVMs in this task is an extensible framework that can be adapted to the prob...
In this paper, we investigate the human physiological data that describe the human functional state....
International audienceThe emergence of personalized medicine and its exceptional advancements reveal...
Availability of high dimensional biological datasets such as from gene expression, proteomic, and me...
Summarization: The need for accurate, robust, optimised classification systems has been driving info...
Summarization: The question of how we can exploit the ability to combine different learning entities...
The question of how we can exploit the ability to combine different learning entities is fundamental...
Summarization: Classifier ensembles have produced promising results, improving accuracy, confidence ...
Abstract—This paper studies a support vector machine (SVM) to obtain a decision fusion algorithm for...
Several solutions have been proposed to exploit the availability of heterogeneous sources of biomole...
Fusing classifiers’ decisions can improve the performance of a pattern recognition system. Many appl...
International audienceIn order to improve classification accuracy different image representations ar...
In this paper, we investigate the advantages and weaknesses of various decision fusion schemes using...
The generalization abilities of machine learning algorithms often depend on the algorithms’ initiali...
This paper addresses automatic recognition of microarray patterns, a capability that could have a ma...
Computational intelligent support for decision making is becoming increasingly popular and essential...
In this paper, we investigate the human physiological data that describe the human functional state....
International audienceThe emergence of personalized medicine and its exceptional advancements reveal...
Availability of high dimensional biological datasets such as from gene expression, proteomic, and me...
Summarization: The need for accurate, robust, optimised classification systems has been driving info...
Summarization: The question of how we can exploit the ability to combine different learning entities...
The question of how we can exploit the ability to combine different learning entities is fundamental...
Summarization: Classifier ensembles have produced promising results, improving accuracy, confidence ...
Abstract—This paper studies a support vector machine (SVM) to obtain a decision fusion algorithm for...
Several solutions have been proposed to exploit the availability of heterogeneous sources of biomole...
Fusing classifiers’ decisions can improve the performance of a pattern recognition system. Many appl...
International audienceIn order to improve classification accuracy different image representations ar...
In this paper, we investigate the advantages and weaknesses of various decision fusion schemes using...
The generalization abilities of machine learning algorithms often depend on the algorithms’ initiali...
This paper addresses automatic recognition of microarray patterns, a capability that could have a ma...
Computational intelligent support for decision making is becoming increasingly popular and essential...
In this paper, we investigate the human physiological data that describe the human functional state....
International audienceThe emergence of personalized medicine and its exceptional advancements reveal...
Availability of high dimensional biological datasets such as from gene expression, proteomic, and me...