PhD Alumni
These completed doctoral theses reflect the research and mentoring experience of BioMIT’s researchers in biomedical engineering. Listed from oldest to newest, each entry includes the defense date, thesis title, and available academic and professional links. Several graduates continue to collaborate with the group.
César Sánchez Meléndez
Defense:
Methods based on the wavelet transform and the wavelet–ICA combination for extracting atrial activity from atrial fibrillation recordings with a minimal number of input leads
Raúl Alcaraz Martínez
Defense:
Application of sample entropy in the noninvasive study of atrial activity organization in atrial fibrillation
Juan Ródenas García
Defense:
Automatic extraction of the arterial input function from ovarian perfusion magnetic resonance images using independent component analysis
Juan Manuel Padilla Hernández
Defense:
Characterization of arterial pulse wave velocity (PWV) and morphology (DVP) as estimators of blood pressure
Carlos Vayá Salort
Defense:
Characterization and processing of atrial fibrillation episodes by convolutive blind source separation algorithms and nonlinear analysis of spectral features
Jorge Mateo Sotos
Defense:
Application of artificial neural networks to versatile electrocardiographic signal processing
Arturo Martínez-Rodrigo
Defense:
Characterization of temporal and morphological P-wave features in the early prediction of paroxysmal atrial fibrillation
Ana González-Suárez
Defense:
Computational models and experimentation for radiofrequency-based ablative techniques
Elio Martín Gutiérrez
Defense:
Development of a preoperative model based on anatomical and electrical atrial remodeling to predict the success of concomitant surgical ablation of chronic atrial fibrillation
Matilde Julián Seguí
Defense:
Study on the nonlinear metrics contribution to estimate atrial fibrillation organization from the surface electrocardiogram
Antonio Hernández Alonso
Defense:
Development of new signal analysis methods as preoperative predictors of the Cox-Maze procedure outcome in atrial fibrillation
Elżbieta Ewertowska
Defense:
Computer modeling and experimentation in radiofrequency-based minimally invasive therapies
Aikaterini Vraka
Defense:
Characterization of the substrate modification in patients undergoing catheter ablation of atrial fibrillation
Jesús Cano Serrano
Defense:
Application of artificial intelligence strategies for continuous cuffless arterial hypertension risk assessment