sample of publications

• articles 

  • Electronic Design for Wearables Devices Addressed from a Gender Perspective: Cross-Influences and a Methodological Proposal.  SENSORS.  23:1-31. 2023
  • Self-Adjustable Galvanic Skin Response Sensor for Physiological Monitoring.  IEEE SENSORS JOURNAL.  23:3005-3019. 2023
  • Bindi: Affective internet of things to combat gender-based violence.  IEEE Internet of Things Journal.  9:21174-21193. 2022
  • Gender biases in the training methods of affective computing: Redesign and validation of the Self-Assessment Manikin in measuring emotions via audiovisual clips.  Frontiers in Psychology.  13:955530-1-955530-16. 2022
  • Optimized Design and Implementation of Digital Lock-In for Planetary Exploration Sensors.  IEEE SENSORS JOURNAL.  22:23367-23379. 2022
  • Fear detection in multimodal affective computing: physiological signals versus catecholamine concentration.  SENSORS.  22, 4023:1-27. 2022
  • Solar Energy Harvesting to Improve Capabilities of Wearable Devices.  SENSORS.  22:3950-3971. 2022
  • Edge computing design space exploration for heart rate monitoring.  INTEGRATION-THE VLSI JOURNAL.  84:171-179. 2022
  • Introducción = Introduction.  Sociologia y Tecnociencia.  12:I-XI. 2022
  • EMPATÍA-CM: protEcción integral de las víctimas de violencia de género Mediante comPutación AfecTIva multimodal = EMPATIA-CM: Comprehensive Protection of Gender-based Violence Victims through Multimodal Affective Computing.  Sociologia y Tecnociencia.  12:1-33. 2022
  • Perspectiva de género y social en las STEM: La construcción de sistemas inteligentes para detección de emociones = Gender and Social Perspective in STEM Training: Artificial Intelligence Systems for Emotion Detection.  Sociologia y Tecnociencia.  11:83-115. 2021
  • Fear recognition for women using a reduced set of physiological signals.  SENSORS.  21:1587. 2021
  • Emotion Elicitation Under Audiovisual Stimuli Reception: Should Artificial Intelligence Consider the Gender Perspective?.  International Journal of Environmental Research and Public Health.  17:8534-1-8534-22. 2020
  • Early SEU sensitivity assessment for collaborative hardening techniques: A case study of OPTOS processing architecture.  MICROELECTRONICS RELIABILITY.  95:36-47. 2019
  • Data analysis and results of the radiation-tolerant collaborative computer on-board OPTOS CubeSat.  International Journal of Aerospace Engineering.  2019. 2019
  • Low-Power Design in Aerospace Circuits: A Case Study.  IEEE AEROSPACE AND ELECTRONIC SYSTEMS MAGAZINE.  28:46-52. 2013
  • Evaluating the Effectiveness of a Software-Based Technique Under SEEs Using FPGA-Based Fault Injection Approach.  JOURNAL OF ELECTRONIC TESTING-THEORY AND APPLICATIONS.  28:777-789. 2012
  • On the use of embedded debug features for permanent and transient fault resilience in microprocessors.  MICROPROCESSORS AND MICROSYSTEMS.  36:334-343. 2012
  • Soft Error Sensitivity Evaluation of Microprocessors by Multilevel Emulation-Based Fault Injection.  IEEE TRANSACTIONS ON COMPUTERS.  61:313-322. 2012
  • Analysis of SET effects in a PIC microprocessor for selective hardening.  IEEE TRANSACTIONS ON NUCLEAR SCIENCE.  58:1078-1085. 2011
  • Fault Injection in Modern Microprocessors Using On-Chip Debugging Infrastructures.  IEEE Transactions on Dependable and Secure Computing.  8:308-314. 2011
  • SET Emulation Considering Electrical Masking Effects.  IEEE TRANSACTIONS ON NUCLEAR SCIENCE.  56:2015-2021. 2009
  • Analysis of Turbo Decoder Robustness Against SEU Effects.  IEEE TRANSACTIONS ON NUCLEAR SCIENCE.  56:2184-2188. 2009
  • SET Emulation under a Quantized Delay Model.  JOURNAL OF ELECTRONIC TESTING-THEORY AND APPLICATIONS.  25:107-116. 2009

• book chapters 

  • Prólogo . In: Tecnologías I+D+i para la Igualdad: Soluciones, Perspectivas y Retos.  UNIVERSIDAD CARLOS III DE MADRID. 7-11. 2022
  • Hardware Fault Injection. In: Soft Errors in Modern Electronic Systems.  SPRINGER. 141-166. 2010

• books 

  • Tecnologías I+D+i para la Igualdad: Soluciones, Perspectivas y Retos.  MADRID: UNIVERSIDAD CARLOS III DE MADRID. 2022

• conference contributions 

  • Design Space Analysis for a Digital Lock-In Amplifier for Infrared Gas Sensor Signal Acquisition.  1-6. 2023
  • Ring Oscillator Circuits in Flexible aIGZO Technology for Biosignal Acquisition.  1-6. 2023
  • An extreme edge low power device with wavelet-based compression for physiological signals 2022
  • Low power consumption online testing technique for wearable wireless body area networks 2022
  • Towards a smart earring for continuous heart rate and audio monitoring 2022
  • Towards interval type-2 fuzzy-based PPG quality assessment for physiological monitoring 2022
  • A Design Space Exploration for Heart Rate Variability in a Wearable Smart Device.  1-6. 2020
  • A Hybrid Data Fusion Architecture for BINDI: A Wearable Solution to Combat Gender-Based Violence 2020
  • Assessing SET Sensitivity of Mixed-Signal Circuits at Early Design Stages.  1-6. 2020
  • Electrodermal Activity Smart Sensor Integration in a Wearable Affective Computing System.  1-6. 2020
  • Neurotransmisores para mejorar la detección de situaciones de peligro en víctimas de violencia de género.  362-376. 2020
  • System Dependability in Edge Computing Wearable Devices.  1-6. 2020
  • Toward Fear Detection using Affect Recognition.  1-4. 2020
  • A light compact and rugged IR sensor for space applications.  07-17. 2019
  • Embedded Emotion Recognition within Cyber-Physical Systems using Physiological Signals 2018
  • Meaningful Data Treatment from Multiple Physiological Sensors in a Cyber-Physical System 2017
  • On-line testing of sensor networks: a case study.  201-202. 2017
  • About the Functional Test of Permanent Faults in Distributed Systems.  1-6. 2015
  • Verifying hardening techniques for distributed electronic systems in critical applications 2015
  • A method to assess the robustness of cryptographic circuits at the design stage.  1354-1360. 2014
  • Assesing SET Sensitivity of PLL.  1-6. 2014
  • Assessing SET sensitivity of a PLL.  1-6. 2014
  • Effect of ionizing radiation on TRNGs for safe telecommunications: robustness and randomness.  202-205. 2014
  • Reducing SEU sensitivity in LIN networks: selective and collaborative hardening techniques.  1-6. 2014
  • C-Element model for SET fault emulation.  1-4. 2013
  • FPGA-based implementation for steganalysis: a JPEG-compatibility algorithm 2013
  • Hardening digital systems with distributed functionality: robust networks 2013
  • Hardening of serial communication protocols for potentially critical systems in automotive applications: LIN bus.  13-18. 2013
  • SEU Sensitivity Comparison for Different Reprogrammable Technologies With Minority Check Block.  2813-2818. 2013
  • Approximate logic functions for SET mitigation in sequential circuits.  195-200. 2012
  • Logic Masking for SET Mitigation Using Approximate Logic Circuits.  176-181. 2012
  • SET Fault Injection Attacks on a Hardware Implementation of the SHA Cypher 2012
  • SEU Sensitivity of Robust Communication Protocols.  188-193. 2012
  • A Recovery Mechanism for SET Protection Using Standard-Cells.  128-131. 2011
  • Sensitivity Evaluation Method for Aerospace Digital Systems with Collaborative Hardening.  1053-1058. 2011
  • Study on the Effect of Multiple Errors in Robust Systems Based on Critical Task Distribution.  463-466. 2011
  • Using an FPGA-Based Fault Injection Technique to Evaluate Software Robustness Under SEEs: A Case Study 2011
  • Extensive SEU impact analysis of a PIC microprocessor for selective hardening.  1986-1991. 2010
  • Analysis of Turbo Decoder Robustness Against SEU Effects 2008
  • Redundancia temporal configurable para algoritmos criptográficos robustos 2008
  • SET Emulation Considering Electrical Masking Effects 2008
  • Smart Hardening for Round-based Encryption Algoritms: Application to Advanced Encryptijon Standard 2008
  • The Effects of Proton Irradiation on CoolRunner-II CPLD Technology 2008