On the Accuracy of Representing Heartbeats with Hermite Basis Functions. - David G. Márquez; Abraham Otero; Paulo Félix; Constantino A. García (BIOSIGNALS, 2013)

A New Methodology for Nonlinear Heart Function Analysis: Studying Just the Beat Morphology. - Constantino A. García; David G. Márquez; Abraham Otero; Jesús Presedo; Paulo Félix (CinC, 2013)

A new algorithm for wavelet-based heart rate variability analysis. - Constantino A. García; Abraham Otero; Xosé Antón Vila-Sobrino; David G. Márquez (Biomed. Signal Process. Control., 2013)

Hermite Polynomial Characterization of Heartbeats with Graphics Processing Units. - Alberto Gil 001; Gabriel Caffarena; David G. Márquez; Abraham Otero (IWBBIO, 2014)

Introducing Negative Evidence in Ensemble Clustering Application in Automatic ECG Analysis. - David G. Márquez; Ana L. N. Fred; Abraham Otero; Constantino A. García; Paulo Félix (SIMBAD, 2015)

A study on the representation of QRS complexes with the optimum number of Hermite functions. - David G. Márquez; Abraham Otero; Constantino A. García; Jesús Presedo (Biomed. Signal Process. Control., 2015)

Low-Power, Low-Latency Hermite Polynomial Characterization of Heartbeats Using a Field-Programmable Gate Array. - Kartik Lakhotia; Gabriel Caffarena; Alberto Gil 001; David G. Márquez; Abraham Otero; Madhav P. Desai (IWBBIO, 2016)

A novel and simple strategy for evolving prototype based clustering. - David G. Márquez; Abraham Otero; Paulo Félix; Constantino A. García (Pattern Recognit., 2018)

Positive and Negative Evidence Accumulation Clustering for Sensor Fusion: An Application to Heartbeat Clustering. - David G. Márquez; Paulo Félix; Constantino A. García; Javier Tejedor; Ana L. N. Fred; Abraham Otero (Sensors, 2019)

Multiple Physiological Signals Fusion Techniques for Improving Heartbeat Detection: A Review. - Javier Tejedor; Constantino A. García; David G. Márquez; Rafael Raya; Abraham Otero (Sensors, 2019)

A fault-tolerant clustering algorithm for processing data from multiple streams. - Abraham Otero; Paulo Félix; David G. Márquez; Constantino A. García; Gabriel Caffarena (Inf. Sci., 2022)