Autores
López Medina Karen Pamela
Alarcón Paredes Antonio
Título GHOS vs. Traditional Similarity Measures: A Comprehensive Study of Data Stream Classification Efficiency
Tipo Congreso
Sub-tipo Memoria
Descripción 2nd International Conference on Machine Learning and Pattern Recognition, MLPR 2024
Resumen This paper introduces a novel classification model tailored explicitly for the challenges inherent in data streaming environments. Our innovative model integrates a comprehensive suite of distance measures, including the Jaccard index, Minkowski distance (both Manhattan and Euclidean variants), Pearson correlation index, and a similarity operator called Global Hybrid Online Similarity (GHOS) to enhance classification accuracy and efficiency in the dynamic nature of streaming data into the NACOD classifier. To rigorously evaluate our proposal, extensive experimentation was conducted using three extensive and imbalanced data sets representing diverse domains. Performance metrics including Balanced Accuracy, Kappa statistics and Mathews Correlation Coefficient were employed to assess the effectiveness of our model. The results of our proposal demonstrate its remarkable performance, underscoring its potential to significantly enhance classification accuracy and efficiency in real-world data streaming applications. © 2024 Copyright held by the owner/author(s).
Observaciones DOI 10.1145/3698263.3698268 ACM International Conference Proceeding Series
Lugar Osaka
País Japon
No. de páginas 27-33
Vol. / Cap.
Inicio 2024-08-02
Fin 2024-08-04
ISBN/ISSN 9798400710001