.- Authentication in LiDAR Data Using a Spatial Domain Technique.
.- Comparative Analysis of Transformer-Based and Lightweight Models for the Detection of Nutritional Deficiencies in Lettuce.
.- AR Sandbox: A Cross-Disciplinary Tool for Education, Simulation, and Geographic Analysis Based on Digital Elevation Models.
.- Evaluation of Mexico City's public transportation infrastructure.
.- Classification of Pharyngeal Airway in lateral cephalometric radiographs using Convolutional Neural Networks.
.- NeuroDigital Interfaces and Adaptive Cognitive Networking: Towards a Human-AI Telepathic Framework.
.- Exploring linear equation solvers for the computation of a standard Topology Optimisation routine.
.- Analytics Model Proposal for Situational Awareness Management based on Machine Learning and Multidimensional Evaluation.
.- Time Series Forecasting of Orbital Debris Re-Entry.
.- Geographic Information System for Emergency Health Services.
.- Design, Computational Simulation and Measurement of Antenna Applied to the Brain and Chest Abnormalities Detection.
.- Remote parametric identification systems through Recursive Least Squares of an industrial process by PLC-OPC-IoT architecture.
.- Bayesian Optimization of Classification Models for Space Transcriptomic Data Using Machine Learning.
.- A Wearable Device for Continuous Oximetry Monitoring in COPD Patients Using IoT and Embedded Systems.
.- Machine Learning-Driven Cyberdefense for Dynamic Anti-Jamming Strategies in Ku and Ka Band Satellite Links.
.- Vision-based system for determining grain size and grain percentage in IF steels.
.- Computation of non-linear functions for TRIAD attitude determination algorithm for logic circuits design.
.- An Evolutionary Computing Approach for the Autonomous Tuning of Neural Networks.
.- Digital Transformation in Relation to Intelligent Learning, Case of Bootcamps: Artificial Intelligence and Data Analytics.
.- Rethinking Dynamic Security Strategies: A Survey of Moving Target Defense and Self-Defending Systems Design.
.- Identification of Supply Chains using Differential Neural Networks.
