Supervised Theses
Title: Development and Implementation of Spatial and Spectral Feature Extraction Techniques using Super-Resolution and Deep Learning for Multichannel Image Classification in Remote Sensing
Student: Yeredith Giovanna Mora Martínez
Degree: Doctor of Philosophy in Communications and Electronics
Role: Co-supervisor
Status: In Progress
Title: Design of a Spatial and Spectral Super-Resolution Method for Hyperspectral, Multispectral, and Grayscale Images
Student: Yeredith Giovanna Mora Martínez
Degree: Master of Science in Microelectronics Engineering
Role: Co-supervisor
Status: Graduated
Title: Computational System for Microaneurysm Detection in Retinal Images Using Morphological Operations
Student: Yeredith Giovanna Mora Martínez
Degree: Bachelor’s Degree in Computer Engineering
Role: Co-supervisor
Status: Graduated
Title: Development of a Spectral-Spatial Super-Resolution System in Remote Sensing with Hyperspectral Images
Student: Edgar Pérez Moreno
Degree: Master of Science in Microelectronics Engineering
Role: Co-supervisor
Status: In Progress
Title: Analysis and Evaluation of Implementation Tools for On-Premises and Cloud Virtual Server Deployment
Student: Marcos Fabián González León
Degree: Bachelor’s Degree in Cybernetics and Computer Systems Engineering
Role: Supervisor
Status: Graduated