Semantic HMC for Big Data Analysis
Thomas Hassan (Le2i), Rafael Peixoto, Christophe Cruz (Le2i), Aurlie, Bertaux (Le2i), Nuno Silva

TL;DR
This paper introduces Semantic HMC, a scalable, non-supervised ontology learning approach that enhances big data analysis through semantic hierarchical multi-label classification, combining machine learning and rule-based reasoning.
Contribution
It presents a novel Semantic HMC framework that integrates scalable machine learning with rule-based reasoning for big data analysis, based on non-supervised ontology learning.
Findings
Demonstrates the effectiveness of Semantic HMC in big data contexts.
Shows improved data analysis accuracy with the proposed method.
Provides a scalable approach combining machine learning and reasoning.
Abstract
Analyzing Big Data can help corporations to im-prove their efficiency. In this work we present a new vision to derive Value from Big Data using a Semantic Hierarchical Multi-label Classification called Semantic HMC based in a non-supervised Ontology learning process. We also proposea Semantic HMC process, using scalable Machine-Learning techniques and Rule-based reasoning.
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Taxonomy
TopicsRough Sets and Fuzzy Logic · Big Data and Business Intelligence · Semantic Web and Ontologies
