Building Decision Trees to Identify the Intent of a User Query. - Marcelo Mendoza; Juan Zamora (KES (1), 2009)

Identifying the Intent of a User Query Using Support Vector Machines. - Marcelo Mendoza; Juan Zamora (SPIRE, 2009)

Stream Volume Prediction in Twitter with Artificial Neural Networks. - Gabriela Dominguez; Juan Zamora; Miguel Guevara 002; Héctor Allende; Rodrigo Salas 001 (ICPRAM (2), 2012)

A Wavelet-Based Method for Time Series Forecasting. - Gabriela Dominguez; Miguel Guevara 002; Marcelo Mendoza; Juan Zamora (SCCC, 2012)

Query Intent Detection Based on Query Log Mining. - Juan Zamora; Marcelo Mendoza; Héctor Allende (J. Web Eng., 2014)

Hashing-based clustering in high dimensional data. - Juan Zamora; Marcelo Mendoza; Héctor Allende (Expert Syst. Appl., 2016)

A Distributed Shared Nearest Neighbors Clustering Algorithm. - Juan Zamora; Héctor Allende-Cid; Marcelo Mendoza (CIARP, 2017)

A Machine Learning Approach for the Automatic Classification of Schizophrenic Discourse. - Héctor Allende-Cid; Juan Zamora; Pedro Alfaro-Faccio; María Francisca Alonso-Sánchez (IEEE Access, 2019)

Distributed Clustering of Text Collections. - Juan Zamora; Héctor Allende-Cid; Marcelo Mendoza (IEEE Access, 2019)

A New Information Theory Based Clustering Fusion Method for Multi-view Representations of Text Documents. - Juan Zamora; Jérémie Sublime (HCI (14), 2020)

Fuzzy deconvolution of neuronal events in Functional Magnetic Resonance Imaging. - Alejandro Veloz; Wael El-Deredy; Alejandro J. Weinstein; Juan Zamora; Claudio Moraga; Daniele Marinazzo (KES, 2023)

An Ensemble and Multi-View Clustering Method Based on Kolmogorov Complexity. - Juan Zamora; Jérémie Sublime (Entropy, 2023)

Block-wise imputation EM algorithm in multi-source scenario: ADNI case. - Sergio Campos; Juan Zamora; Héctor Allende (Pattern Anal. Appl., 2024)

A systematic review of long document summarization methods: Evaluation metrics and approaches. - Bady Gana; Héctor Allende-Cid; Stefan Rüping 001; Marcelo Becerra-Rozas; Juan Zamora (Neurocomputing, 2025)