Impedance analysis and equivalent circuit of an all-plastic viologen based electrochromic device. - Ricardo Vergaz; David Barrios; José M. Sánchez Peña; Cristina Pozo-Gonzalo; Maitane Salsamendi; José A. Pomposo (Displays, 2008)

Subtitulado Cerrado para la Accesibilidad de Personas con Discapacidad Auditiva en Entornos Educativos. - Pablo Revuelta Sanz; Javier Jiménez; José Manuel Sánchez Peña; Belén Ruíz-Mezcua (Proces. del Leng. Natural, 2008)

Efficient Characteristics Vector Extraction Using Auto-seeded Region-Growing. - Pablo Revuelta Sanz; José Manuel Sánchez Peña; Belén Ruíz-Mezcua (ACIS-ICIS, 2010)

Stereo Vision Matching over Single-channel Color-based Segmentation. - Pablo Revuelta Sanz; Belén Ruíz-Mezcua; José Manuel Sánchez Peña; Jean-Philippe Thiran (SIGMAP, 2011)

Temperature-Frequency Converter Using a Liquid Crystal Cell as a Sensing Element. - Carlos Marcos; José Manuel Sánchez Peña; Juan Carlos Torres 002; José Isidro Santos (Sensors, 2012)

Visible Light Communication System Using an Organic Bulk Heterojunction Photodetector. - Belén Arredondo; Beatriz Romero; José M. Sánchez Peña; Agustín Fernández-Pacheco; Eduardo Alonso; Ricardo Vergaz; Cristina de Dios (Sensors, 2013)

A Novel High-Sensitivity, Low-Power, Liquid Crystal Temperature Sensor. - José Francisco Algorri; Virginia Urruchi; Noureddine Bennis; José Manuel Sánchez Peña (Sensors, 2014)

Temperature-Phase Converter Based on a LC Cell as a Variable Capacitance. - Juan Carlos Torres 002; Braulio García-Cámara; Isabel Pérez; Virginia Urruchi; José Manuel Sánchez Peña (Sensors, 2015)

Infiltrated Photonic Crystal Fibers for Sensing Applications. - José Francisco Algorri; Dimitrios C. Zografopoulos; Alberto Tapetado Moraleda; David Poudereux; José Manuel Sánchez Peña (Sensors, 2018)

Wireless Temperature Sensor Based on a Nematic Liquid Crystal Cell as Variable Capacitance. - Juan Carlos Torres 002; Braulio García-Cámara; Isabel Pérez; Virginia Urruchi; José Manuel Sánchez Peña (Sensors, 2018)

An All-Organic Flexible Visible Light Communication System. - César Vega-Colado; Belén Arredondo; Juan Carlos Torres 002; Eduardo López-Fraguas; Ricardo Vergaz; Diego Martín Martín; Gonzalo del Pozo; Beatriz Romero; Palvi Apilo; Xabier Quintana; Morten Andreas Geday; Cristina de Dios; et al. (Sensors, 2018)

A Low-Cost LED-Based Solar Simulator. - Eduardo López-Fraguas; José M. Sánchez Peña; Ricardo Vergaz (IEEE Trans. Instrum. Meas., 2019)

A Low-Cost Visible Light Positioning System for Indoor Positioning. - Juan Carlos Torres 002; Aitor Montes; Sandra L. Mendoza; Pedro R. Fernández; Juan S. Betancourt; Lorena Escandell; Carlos I. del Valle; José Manuel Sánchez Peña (Sensors, 2020)

Measurement of the Modulation Bandwidth of High-Power Chip-on-Board LEDs for VLC systems. - Juan S. Betancourt Perlaza; Juan Carlos Torres Zafra; Máximo Morales Céspedes; Ahmad Adnan Qidan; Benjamín Bentura; Ana García Armada; José M. Sánchez Peña (CSNDSP, 2022)

Vibrotactile Stimulation for Emotional Elicitation During Audiovisual Events. - Álvaro García López 001; Víctor Cerdán; Pablo Revuelta; José Manuel Sánchez Peña; Tomás Ortiz; Ricardo Vergaz (IEEE Access, 2023)

Self-Powered IoT Node Utilizing a Perovskite Photovoltaic for Green OWC Systems. - Carlos Iván del Valle Morales; Othman Isam Younus; Juan Carlos Torres Zafra; Zabih Ghassemlooy; Iñaki Martínez-Sarriegui; José Manuel Sánchez Peña (CSNDSP, 2024)

Optoelectronics Interfaces for a VLC System for UHD Audio-Visual Content Transmission in a Passenger Van: HW Design. - Carlos Iván del Valle Morales; Juan Sebastián Betancourt Perlaza; Juan Carlos Torres 002; Iñaki Martínez-Sarriegui; José Manuel Sánchez Peña (Sensors, 2024)

Exploring Bandwidth Capabilities of Solar Cells for VLC Applications. - Carlos Iván del Valle Morales; Juan Carlos Torres Zafra; Máximo Morales Céspedes; Iñaki Martínez-Sarriegui; José Manuel Sánchez Peña (IEEE Trans. Ind. Informatics, 2025)