Advanced sonar module for mapping applications. - Álvaro Hernández; Jesús Ureña; Manuel Mazo 001; Juan Jesús García; José Antonio Jiménez; Fernando J. Álvarez (ETFA (2), 2003)

Three-dimensional discrimination between planes, corners and edges using ultrasonic sensors. - José Antonio Jiménez; Jesús Ureña; Manuel Mazo 001; Álvaro Hernández; Enrique Santiso (ETFA (2), 2003)

Using PCA in time-of-flight vectors for reflector recognition and 3-D localization. - José Antonio Jiménez; Manuel Mazo 001; Jesús Ureña; Álvaro Hernández; Fernando J. Álvarez; Juan Jesús García; Enrique Santiso (IEEE Trans. Robotics, 2005)

Real-time implementation of an efficient correlator for complementary sets of four sequences appl to ultrasonic pulse compression systems. - Fernando J. Álvarez; Álvaro Hernández; Jesús Ureña; Manuel Mazo 001; Juan Jesús García; José Antonio Jiménez; Ana Jiménez (Microprocess. Microsystems, 2006)

Advanced sensorial system for an acoustic LPS. - Jesús Ureña; Álvaro Hernández; Ana Jiménez; Jose M. Villadangos; Manuel Mazo 001; Juan Carlos García García; Juan Jesús García; Fernando J. Álvarez; Carlos De Marziani; María del Carmen Pérez; José Antonio Jiménez; Antonio Ramón Jiménez; et al. (Microprocess. Microsystems, 2007)

Advanced Adaptive Sonar for Mapping Applications. - Álvaro Hernández; Jesús Ureña; Manuel Mazo 001; Juan Jesús García; Ana Jiménez; José Antonio Jiménez; María del Carmen Pérez; Fernando J. Álvarez; Carlos De Marziani; Jean-Pierre Dérutin; Jocelyn Sérot (J. Intell. Robotic Syst., 2009)

Ultrasonic Multitransducer System for Classification and 3-D Location of Reflectors Based on PCA. - Alberto Ochoa 001; Jesús Ureña; Álvaro Hernández; Manuel Mazo 001; José Antonio Jiménez; María del Carmen Pérez (IEEE Trans. Instrum. Meas., 2009)

GPCA vs. PCA in Recognition and 3-D Localization of Ultrasound Reflectors. - Carlos A. Luna; José Antonio Jiménez; Daniel Pizarro 001; Cristina Losada; José M. Rodríguez (Sensors, 2010)

Alternative Sensor System and MLP Neural Network for Vehicle Pedal Activity Estimation. - Ahmed Wefky; Felipe Espinosa; José Antonio Jiménez; Enrique Santiso; José M. Rodríguez; Alfredo J. Fernández (Sensors, 2010)

Efficient Multisensory Barrier for Obstacle Detection on Railways. - Juan Jesús García; Jesús Ureña; Álvaro Hernández; Manuel Mazo 001; José Antonio Jiménez; Fernando J. Álvarez; Carlos De Marziani; Ana Jiménez; Ma Jesús Díaz; Cristina Losada; Enrique García (IEEE Trans. Intell. Transp. Syst., 2010)

Characterization of railway line impedance based only on short-circuit measurements. - Juan C. García 001; José Antonio Jiménez; Felipe Espinosa; Álvaro Hernández; Ignacio Fernández; María del Carmen Pérez; Jesús Ureña; Manuel Mazo 001; Juan Jesús García (Int. J. Circuit Theory Appl., 2015)

A New Approach to Detection of Systematic Errors in Secondary Substation Monitoring Equipment Based on Short Term Load Forecasting. - Javier Moriano; Francisco Javier Rodríguez; Pedro Martín; José Antonio Jiménez; Branislav Vuksanovic (Sensors, 2016)

Design of a Sensor System for On-Line Monitoring of Contact Pressure in Chalcographic Printing. - José Antonio Jiménez; Francisco Javier Meca; Enrique Santiso; Pedro Martín (Sensors, 2017)

Detector of Electrical Discontinuity of Rails in Double-Track Railway Lines: Electronic System and Measurement Methodology. - Felipe Espinosa; Álvaro Hernández; Manuel Mazo 001; Jesús Ureña; María del Carmen Pérez; José Antonio Jiménez; Ignacio Fernández; Juan C. García 001; Juan Jesús García (IEEE Trans. Intell. Transp. Syst., 2017)

Advanced monitoring of rail breakage in double-track railway lines by means of PCA techniques. - Felipe Espinosa; Juan Jesús García; Álvaro Hernández; Manuel Mazo 001; Jesús Ureña; José Antonio Jiménez; Ignacio Fernández; María del Carmen Pérez; Juan C. García 001 (Appl. Soft Comput., 2018)

A Hybrid Approach to Short-Term Load Forecasting Aimed at Bad Data Detection in Secondary Substation Monitoring Equipment. - Pedro Martín; Guillermo Moreno; Francisco Javier Rodríguez; José Antonio Jiménez; Ignacio Fernández (Sensors, 2018)

Effect of Event-Based Sensing on IoT Node Power Efficiency. Case Study: Air Quality Monitoring in Smart Cities. - Carlos Santos 003; José Antonio Jiménez; Felipe Espinosa (IEEE Access, 2019)

Integration of Blockchain with IEC 61850 for Internal Management of Microgrids. - Miguel Gayo; Francisco J. Rodríguez 001; Carlos Santos 003; Pedro Martín; José Antonio Jiménez (ISIE, 2020)

Addressing Challenges in Prosumer-Based Microgrids With Blockchain and an IEC 61850-Based Communication Scheme. - Miguel Gayo; Carlos Santos 003; Francisco Javier Rodríguez Sanchez; Pedro Martín; José Antonio Jiménez; Miguel Tradacete (IEEE Access, 2020)

Turning Base Transceiver Stations into Scalable and Controllable DC Microgrids Based on a Smart Sensing Strategy. - Miguel Tradacete; Carlos Santos 003; José Antonio Jiménez; Francisco J. Rodríguez 001; Pedro Martín; Enrique Santiso; Miguel Gayo (Sensors, 2021)

Announcement Signals and Automatic Braking Using Virtual Balises in Railway Transport Systems. - Enrique Santiso; José Antonio Jiménez; Manuel Mazo 001; Cristina Losada; Francisco J. Rodríguez 001 (Sensors, 2022)

Aperiodic two-layer energy management system for community microgrids based on blockchain strategy. - Miguel Gayo-Abeleira; Carlos Santos-Pérez; Francisco Javier Rodríguez Sanchez; Pedro Martín Sánchez; Enrique Santiso Gómez; José Antonio Jiménez Calvo (CoRR, 2024)

High-performance IoT Module for real-time control and self-diagnose PV panels under working daylight and dark electroluminescence conditions. - Miguel Tradacete-Ágreda; Enrique Santiso Gómez; Francisco Javier Rodríguez Sanchez; Pablo José Hueros-Barrios; José Antonio Jiménez Calvo; Carlos Santos-Pérez (Internet Things, 2024)