Roberto Snchez-Reolid
Publication record assembled from the DBLP archive of ranked conferences.
Papers indexed
8
Venues
3
Active years
2019–2026
Best venue rank
National
Where they publish
Papers
8 indexed papers, newest first.
| Year | Venue | Title | Authors |
|---|---|---|---|
| 2026 | IWINAC | Multimodal Temporal Deep Learning for ADHD Classification in Ecologically Valid Virtual Reality: An Exploratory Study. | Francisco Javier Celdrn, Roberto Snchez-Reolid, Jos J. Gonzlez-Garca, Dulce Romero-Ayuso, Olga C. Santos, Pascual Gonzlez |
| 2026 | IWINAC | Comparative Evaluation of Recent Deep Architectures for Arousal Classification from Electrodermal Activity. | Roberto Snchez-Reolid, Francisco Javier Celdrn, Daniel Snchez-Reolid, Antonio Fernndez-Caballero |
| 2025 | IWANN | Expression Recognition in Faces Partially Occluded by Head-Mounted Displays. | Jos Luis Gmez-Sirvent, Francisco Lpez de la Rosa, Roberto Snchez-Reolid, Antonio Fernndez-Caballero |
| 2024 | IWINAC | Improved Surface Defect Classification from a Simple Convolutional Neural Network by Image Preprocessing and Data Augmentation. | Francisco Lpez de la Rosa, Luca Moreno-Salvador, Jos Luis Gmez-Sirvent, Rafael Morales, Roberto Snchez-Reolid, Antonio Fernndez-Caballero |
| 2024 | IWINAC | Binary Classification Methods for Movement Analysis from Functional Near-Infrared Spectroscopy Signals. | Daniel Snchez-Reolid, Roberto Snchez-Reolid, Jos Luis Gmez-Sirvent, Alejandro L. Borja, Jos M. Ferrndez, Antonio Fernndez-Caballero |
| 2023 | DCAI | Generic Architecture for Multisource Physiological Signal Acquisition, Processing and Classification Based on Microservices. | Roberto Snchez-Reolid, Daniel Snchez-Reolid, Clara Ayora, Jos Luis de la Vara, Antnio Pereira, Antonio Fernndez-Caballero |
| 2021 | IWANN | Feature and Time Series Extraction in Artificial Neural Networks for Arousal Detection from Electrodermal Activity. | Roberto Snchez-Reolid, Francisco Lpez de la Rosa, Daniel Snchez-Reolid, Mara T. Lpez, Antonio Fernndez-Caballero |
| 2019 | IWINAC | Stress Identification from Electrodermal Activity by Support Vector Machines. | Roberto Snchez-Reolid, Arturo Martnez-Rodrigo, Antonio Fernndez-Caballero |