Using the Geometrical Distribution of Prototypes for Training Set Condensing. - María Teresa Lozano; José Salvador Sánchez 001; Filiberto Pla (CAEPIA, 2003)

Reducing Training Sets by NCN-based Exploratory Procedures. - María Teresa Lozano; José Salvador Sánchez 001; Filiberto Pla (IbPRIA, 2003)

Finger and forehead PPG signal comparison for respiratory rate estimation based on pulse amplitude variability. - Alberto Hernando; Maria Dolores Peláez; María Teresa Lozano; Montserrat Aiger; Eduardo Gil; Jesús Lázaro 002 (EUSIPCO, 2017)

Autonomic Nervous System Measurement in Hyperbaric Environments Using ECG and PPG Signals. - Alberto Hernando; Maria Dolores Peláez-Coca; María Teresa Lozano; Montserrat Aiger; David Izquierdo; Alberto Sanchez; Maria Isabel Lopez-Jurado; Ignacio Moura; Joaquin Fidalgo; Jesús Lázaro 002; Eduardo Gil (IEEE J. Biomed. Health Informatics, 2019)

Autonomic Nervous System Response During Scuba Diving Activity. - Alberto Hernando; María Dolores Peláez-Coca; Carlos Sánchez 005; Juan Bolea; David Izquierdo; María Teresa Lozano; Eduardo Gil (CinC, 2020)

Safety Ranges for Heart Rate Variability Parameters in Hyperbaric Environments. - Carlos Sánchez 005; Alberto Hernando; Juan Bolea; David Izquierdo; María Teresa Lozano; María Dolores Peláez-Coca (CinC, 2020)

Photoplethysmographic Waveform and Pulse Rate Variability Analysis in Hyperbaric Environments. - María Dolores Peláez-Coca; Alberto Hernando; María Teresa Lozano; Carlos Sánchez 005; David Izquierdo; Eduardo Gil (IEEE J. Biomed. Health Informatics, 2021)

Enhancing Safety in Hyperbaric Environments through Analysis of Autonomic Nervous System Responses: A Comparison of Dry and Humid Conditions. - Carlos Sánchez 005; Alberto Hernando; Juan Bolea; David Izquierdo; Germán Rodríguez; Agustín Olea; María Teresa Lozano; María Dolores Peláez-Coca (Sensors, 2023)

Heart Rate Variability to Automatically Identify Hyperbaric States Considering Respiratory Component. - María Dolores Peláez-Coca; Alberto Hernando; María Teresa Lozano; Juan Bolea; David Izquierdo; Carlos Sánchez 005 (Sensors, 2024)