J
José Ranilla
Researcher at University of Oviedo
Publications - 116
Citations - 1029
José Ranilla is an academic researcher from University of Oviedo. The author has contributed to research in topics: Parallel algorithm & Feature selection. The author has an hindex of 16, co-authored 110 publications receiving 932 citations. Previous affiliations of José Ranilla include Artificial Intelligence Center.
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Introducing a family of linear measures for feature selection in text categorization
TL;DR: This paper proposes to select relevant features by means of a family of linear filtering measures which are simpler than the usual measures applied for this purpose and finds that the proposed measures perform better than the existing ones.
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High-performance computing: the essential tool and the essential challenge
TL;DR: This special issue presents the importance of exascale computing for the maintenance of US leadership over the coming decades, and it is for this reason that the United States is doing strategic investments in HPC to meet increasing computing demands and emerging technological challenges.
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The usefulness of artificial intelligence techniques to assess subjective quality of products in the food industry
Félix Goyache,Antonio Bahamonde,Jaime Alonso,S. Lopez,J. J. del Coz,José Ramón Quevedo,José Ranilla,Oscar Luaces,Isabel Álvarez,Luis J. Royo,Jorge Díez +10 more
TL;DR: This paper illustrates with an example of how it is possible to clone the behaviour of bovine carcass classifiers, leading to possible further industrial applications.
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Scoring and selecting terms for text categorization
TL;DR: A set of (machine learning) ML-based scoring measures for conducting feature selection by analyzing which measure obtains the best overall classification performance in terms of properties such as precision and recall.
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José Ranilla,Antonio Bahamonde +1 more
TL;DR: A machine-learning algorithm that computes a small set of accurate and interpretable rules able to classify unseen cases following a minimum-distance criterion in their evaluation procedure, which combines the advantages of instance-based algorithms and the conciseness of rule (or decision-tree) inducers.