Portal de Transparencia

Actividad investigadora:

• Artículos en revistas
  • [2019] Time-Domain Coding for Resource-Efficient Deep Neural Networks
  • [2018] A 40nm Critical Path Monitor for the Detection of Setup and Hold Time Violations
  • [2017] Reconfigurable Writing Architecture for Reliable RRAM Operation in Wide Temperature Ranges
  • [2016] Calibration-free 1052 mu m(2) Power Supply Monitor
  • [2016] Characterization of Analog Modules: Reliability Analyses of Radiation, Temperature and Variations Effects
  • [2016] Reconfigurable Writing Architecture for Reliable RRAM Operation in Wide Temperature Ranges.
  • [2016] Reconfigurable Writing Architecture for Reliable RRAM Operation in Wide Temperature Ranges.
  • [2016] Reliable Design Methodology: The Combined Effect of Radiation, Variability and Temperature
  • [2016] Statistically-Aided Electronic Design Environment
  • [2016] Taxonomy of Power Supply Monitors and Integration Challenges
  • [2015] 2.64 pJ Reference-Free Power Supply Monitor with a Wide Temperature Range
  • [2015] A Thermal Adaptive Scheme for Reliable Write Operation on RRAM Based Architectures
  • [2015] Design and Characterization of a Built-In CMOS TID Smart Sensor
  • [2014] A Self-Timed Multipurpose Delay Sensor for Field Programmable Gate Arrays (FPGAs)
  • [2014] Building Memristor Applications: From Device Model to Circuit Design
  • [2013] A 0.0016 mm(2) 0.64 nJ Leakage-Based CMOS Temperature Sensor
  • [2013] A 0.0016 mm(2) 0.64 nJ Leakage-Based CMOS Temperature Sensor
  • [2013] A Low-Area Reference-Free Power Supply Sensor
  • [2013] Ratio-Based Temperature-Sensing Technique Hardened Against Nanometer Process Variations
  • [2012] A Light-Weight On-Chip Monitoring Network for Dynamic Adaptation and Calibration
  • [2011] A Light-Weight On-Chip Monitoring Network for Dynamic Adaptation and Calibration
  • [2008] A Nanowatt Smart Thermal Sensor for Dynamic Temperature Management
  • [2008] Further Specialization of Clustered VLIW Processors: A MAP Decoder for Software Defined Radio
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• Capítulos de libros
  • [2012] Temperature Monitoring Issues in Nanometer CMOS Integrated Circuits
  • [2012] Temperature Monitoring Issues in Nanometer CMOS Integrated Circuits.
  • [2007] Joint Source-Channel Decoding ASIP Architecture for Sensor Networks
• Conferencias invitadas en congresos
  • [2010] System-on-Chip monitoring networks targeting nanometer technologies
• Estancias y sabáticos recogidos en programas oficiales
  • [2010] Estancia para la obtención del doctorado europeo
  • [2007] Modelado de temperatura en GPUs.
• Patentes
  • [2009] Aparato para la medida de temperatura y corriente de fugas en un chip
  • [2008] Aparato para la medida de temperatura y corriente de fugas en un chip
  • [2008] Procedimiento y arquitectura electrónica para la detección SOVA óptima basado en el rastreo de puntos de fusión
  • [2007] Aparato para la medida de temperatura y corriente de fugas en un chip
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• Ponencia en Congresos
  • [2016] Calibration-free 1052 µm2 power supply monitor
  • [2016] Characterization of analog modules: Reliability analyses of radiation, temperature and variations effects
  • [2016] Reliable Design Methodology: The Combined Effect of Radiation, Variability and Temperature
  • [2016] Statistically-Aided Electronic Design Environment
  • [2016] Taxonomy of Power Supply Monitors and Integration Challenges
  • [2015] A Thermal Adaptive Scheme for Reliable Write Operation on RRAM Based Architectures
  • [2014] A built-in CMOS Total Ionization Dose smart sensor
  • [2014] Implementation tradeoffs of triangle traversal algorithms for graphics processing
  • [2013] A Low-Area Reference-Free Power Supply Sensor
  • [2012] A CAD framework for the characterization and use of memristor models
  • [2012] A Monitoring Infrastructure for FPGA Self-Awareness and Dynamic Adaptation
  • [2012] Temperature Sensor Placement Including Routing Overhead and Sampling Inaccuracies
  • [2011] Area-delay Trade-offs of Texture Decompressors for a Graphics Processing Unit
  • [2011] Assesing Self-Learning Electronics through the Support of Remote Labs
  • [2011] ON-CHIP MONITORING: A LIGHT-WEIGHT INTERCONNECTION NETWORK APPROACH
  • [2011] On-chip Monitoring: A Light-Weight Interconnection Network Approach
  • [2010] Design of an Efficient Interconnection Network of Temperature Sensors
  • [2010] On the Hardware Implementation of Triangle Traversal Algorithms for Graphics Processing
  • [2009] Providing Self-learning to Students of Highly Attended Electronics Courses through the Remote Access to a Microelectronics Laboratory
  • [2008] A Novel Small Low-Power Interface for On-Chip Thermal Sensors
  • [2007] Leakage-based On-Chip Thermal Sensor for CMOS Technology
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• Proyectos de I+D+i
  • [2019] NEUROWARE: Efficient and Robust Hardware for Brain-Inspired Computin
  • [2019] VARIABILIDAD EN TECNOLOGIAS NANOMETRICAS: TOLERANCIA, FIABILIDAD Y APROVECHAMIENTO (TOLERA-2)
  • [2018] Desarrollo Algoritmo Mod Intrapulso
  • [2018] SOPORTE A LA DEFINICIÓN, DISEÑO, DESARROLLO Y VALIDACIÓN DE UNA BIBLIOTECA MICROELECTRÓNICA DE CÉLULAS ESTÁNDAR ENDURECIDA FRENTE A RADIACIÓN, COMPATIVLE CON LA TECNOLOGÍA IHP SGB25RH
  • [2018] VARIABILIDAD EN TECNOLOGIAS NANOMETRICAS: TOLERANCIA, FIABILIDAD Y APROVECHAMIENTO (TOLERA-2)
  • [2017] SOPORTE A LA DEFINICIÓN, DISEÑO, DESARROLLO Y VALIDACIÓN DE UNA BIBLIOTECA MICROELECTRÓNICA DE CÉLULAS ESTÁNDAR ENDURECIDA FRENTE A RADIACIÓN, COMPATIVLE CON LA TECNOLOGÍA IHP SGB25RH
  • [2017] TOLERANCIA A VARIACIONES PVT Y RADIACIÓN EN TECNOLOGÍAS NANOMETRICAS
  • [2017] VARIABILIDAD EN TECNOLOGIAS NANOMETRICAS: TOLERANCIA, FIABILIDAD Y APROVECHAMIENTO (TOLERA-2)
  • [2016] SOPORTE A LA DEFINICIÓN, DISEÑO, DESARROLLO Y VALIDACIÓN DE UNA BIBLIOTECA MICROELECTRÓNICA DE CÉLULAS ESTÁNDAR ENDURECIDA FRENTE A RADIACIÓN, COMPATIVLE CON LA TECNOLOGÍA IHP SGB25RH
  • [2016] TOLERANCIA A VARIACIONES PVT Y RADIACIÓN EN TECNOLOGÍAS NANOMETRICAS
  • [2016] VARIABILIDAD EN TECNOLOGIAS NANOMETRICAS: TOLERANCIA, FIABILIDAD Y APROVECHAMIENTO (TOLERA-2)
  • [2015] RADHARQ: DESARROLLO DE TECNOLOGÍA RESISTENTE A LA RADIACIÓN PARA MICROELECTRONICA ESPACIAL
  • [2015] TOLERA: Tolerancia a variaciones PVT y radiación en tecnologías nanométricas
  • [2014] BASYLIS
  • [2014] RADHARQ: DESARROLLO DE TECNOLOGÍA RESISTENTE A LA RADIACIÓN PARA MICROELECTRONICA ESPACIAL
  • [2014] TOLERANCIA A VARIACIONES PVT Y RADIACIÓN EN TECNOLOGÍAS NANOMETRICAS
  • [2013] BASYLIS
  • [2013] RADHARQ: DESARROLLO DE TECNOLOGÍA RESISTENTE A LA RADIACIÓN PARA MICROELECTRONICA ESPACIAL
  • [2013] RED ESPAÑOLA DE VARIABILIDAD EN TECNOLOGIAS, CIRCUITOS Y SISTEMAS MICRO/NANOELECTRONICOS
  • [2013] TOLERANCIA A VARIACIONES PVT Y RADIACIÓN EN TECNOLOGÍAS NANOMETRICAS
  • [2011] DISEÑO ELECTRONICO AVANZADO: CONSULO, TEMPERATURA Y ALTAS PRESTACIONES
  • [2010] DISEÑO ELECTRONICO AVANZADO: CONSULO, TEMPERATURA Y ALTAS PRESTACIONES
  • [2010] OPTIMIZACION DE CONSUMO Y TEMPERATURA EN ARQUITECTURAS COMPLEJAS
  • [2009] ARQUITECTURA DIGITALES DE ALTAS PRESTACIONES
  • [2009] Optimización de consumo y temperatura en arquitecturas complejas
  • [2008] Arquitecturas Digitales de Altas Prestaciones
  • [2008] OPTIMA: Optimización de Consumo y Temperatura en Arquitecturas Complejas
  • [2007] OPTIMA: Optimización de Consumo y Temperatura en Arquitecturas Complejas (TEC2006-00739)
  • [2007] Sistemas Integrados para Entornos Inteligentes (SINTEI-2)
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• Tesis Doctorales
  • [2012] On-Chip Thermal Monitoring: Design, Placement and Interconnection of Temperature Sensors