Información del personal investigador

Autoría: DAVID RIVAS MARCHENA, ALBERTO OLMO FERNÁNDEZ, JOSE ANGEL MIGUEL DIAZ, MARIA DEL MAR MARTINEZ SOLORZANO, GLORIA HUERTAS SANCHEZ, ALBERTO YÚFERA GARCÍA

01/07/2017

CCO-based analog front-end for iStents

Comunicación a Congreso

32nd Conference on Design of Circuits and Integrated Systems (DCIS): Barcelona, 22-24 November 2017

Autoría: JOSE ANGEL MIGUEL DIAZ, YOLANDA LECHUGA SOLAEGUI, MIGUEL ANGEL ALLENDE RECIO, MARIA DEL MAR MARTINEZ SOLORZANO

2017

A novel computer-assisted design tool for implantable MEMS pressure sensors

Artículo de Revista

Microprocessors and Microsystems, 2016, 46, 75-83

Autoría: JOSE ANGEL MIGUEL DIAZ, DAVID RIVAS MARCHENA, YOLANDA LECHUGA SOLAEGUI, MIGUEL ANGEL ALLENDE RECIO, MARIA DEL MAR MARTINEZ SOLORZANO

01/10/2016

Implantable MEMS pressure sensors modelling tool

Comunicación a Congreso

2015 Euromicro Conference on Digital System Design (DSD)

Autoría: JOSE ANGEL MIGUEL DIAZ, DAVID RIVAS MARCHENA, YOLANDA LECHUGA SOLAEGUI, MIGUEL ANGEL ALLENDE RECIO, MARIA DEL MAR MARTINEZ SOLORZANO

2015

Analysis of teaching methodologies for electronics in non-specialized engineering studies

Comunicación a Congreso

2015 Conference on Design of Circuits and Integrated Systems (DCIS): Proceedings of a meeting held 25-27 November 2015, Estoril, Portugal

Autoría: YOLANDA LECHUGA SOLAEGUI, MARIA DEL MAR MARTINEZ SOLORZANO, ROSARIO CASANUEVA ARPIDE

2015

Pressure-based intelligent stent for restenosis control

Comunicación a Congreso

2015 Conference on Ph.D. Research in Microelectronics and Electronics (PRIME)

Autoría: JOSE ANGEL MIGUEL DIAZ, DAVID RIVAS MARCHENA, YOLANDA LECHUGA SOLAEGUI, MIGUEL ANGEL ALLENDE RECIO, MARIA DEL MAR MARTINEZ SOLORZANO

2015

Oscillation-based approach applied to a low-power analog front-end for an implantable cardiac device

Comunicación a Congreso

2015 IEEE International Mixed-Signals Test Workshop (IMSTW)

Autoría: JOSE ANGEL MIGUEL DIAZ, DAVID RIVAS MARCHENA, YOLANDA LECHUGA SOLAEGUI, MIGUEL ANGEL ALLENDE RECIO, MARIA DEL MAR MARTINEZ SOLORZANO

2015

Energy-efficient implantable transmitter for restenosis monitoring with intelligent-stents

Comunicación a Congreso

37th IEEE Annual International Conference of the Engineering in Medicine and Biology Society (EMBC 2015): Biomedical Engineering: a bridge to improve the quality of health care and the quality of life

Autoría: DAVID RIVAS MARCHENA, JOSE ANGEL MIGUEL DIAZ, YOLANDA LECHUGA SOLAEGUI, MIGUEL ANGEL ALLENDE RECIO, MARIA DEL MAR MARTINEZ SOLORZANO

2015

Fault modeling of implantable MEMS sensors

Comunicación a Congreso

International Conference on Biomedical Electronics and Devices (BIODEVICES 2015)

Autoría: JOSE ANGEL MIGUEL DIAZ, YOLANDA LECHUGA SOLAEGUI, MARIA DEL MAR MARTINEZ SOLORZANO, JOSE RAMON BERRAZUETA FERNANDEZ

2015

Modeling of faulty implantable MEMS pressure sensors

Comunicación a Congreso

2014 IEEE International Conference on Microelectronics (ICM)

Autoría: JOSE ANGEL MIGUEL DIAZ, YOLANDA LECHUGA SOLAEGUI, MARIA DEL MAR MARTINEZ SOLORZANO, SALVADOR BRACHO DEL PINO

2014

A MEMS design tool for blood-pressure sensing

Comunicación a Congreso

2014 Conference on Design of Circuits and Integrated Systems (DCIS): Proceedings of a meeting held 26-28 November 2014, Madrid, Spain

Autoría: JOSE ANGEL MIGUEL DIAZ, YOLANDA LECHUGA SOLAEGUI, MARIA DEL MAR MARTINEZ SOLORZANO

2014

Analysis of fault injection in implantable capacitive blood-pressure sensors

Comunicación a Congreso

International Conference on Biomedical Electronics and Devices (BIODEVICES 2013)

Autoría: JOSE ANGEL MIGUEL DIAZ, YOLANDA LECHUGA SOLAEGUI, MARIA DEL MAR MARTINEZ SOLORZANO

2013

Implantable sensor system for remote detection of a restenosis condition

Comunicación a Congreso

Technological Innovation for the Internet of Things: 4th IFIP WG 5.5/SOCOLNET Doctoral Conference on Computing, Electrical and Industrial Systems, DoCEIS 2013.

Autoría: JOSE ANGEL MIGUEL DIAZ, YOLANDA LECHUGA SOLAEGUI, ROMAN MOZUELOS GARCIA, MARIA DEL MAR MARTINEZ SOLORZANO

2013

Behavioral model of folded and interpolated ADCs for test evaluation - Case study: Structural DfT method

Artículo de Revista

Microelectronics Journal, 2013, 44(5), 382-392

Autoría: ROMAN MOZUELOS GARCIA, YOLANDA LECHUGA SOLAEGUI, MARIA DEL MAR MARTINEZ SOLORZANO, SALVADOR BRACHO DEL PINO

16/05/2013

Modeling of an implantable device for remote arterial pressure measurement

Comunicación a Congreso

Proceedings of SPIE, 2013, 8765, 876508

Autoría: JOSE ANGEL MIGUEL DIAZ, YOLANDA LECHUGA SOLAEGUI, ROMAN MOZUELOS GARCIA, MARIA DEL MAR MARTINEZ SOLORZANO

28/05/2013

Behavioural analysis of an implantable flow and pressure sensing device

Comunicación a Congreso

International Conference on Biomedical Electronics and Devices (BIODEVICES 2012)

Autoría: JOSE ANGEL MIGUEL DIAZ, ROMAN MOZUELOS GARCIA, MARIA DEL MAR MARTINEZ SOLORZANO

2012

Structural test approach for embedded analog circuits based on a built-in current sensor

Artículo de Revista

Journal of Electronic Testing: Theory and Applications (JETTA), 2011, 27(2), 177-192

Autoría: ROMAN MOZUELOS GARCIA, YOLANDA LECHUGA SOLAEGUI, MARIA DEL MAR MARTINEZ SOLORZANO, SALVADOR BRACHO DEL PINO

01/04/2011

Design-for-Test method for high-speed ADCs: behavioral description and optimization

Comunicación a Congreso

Proceedings of the 14th IEEE Symposium on Design and Diagnostics of Electronic Circuits and Systems (DDECS): April 13-15 2011 Cottbus, Germany

Autoría: YOLANDA LECHUGA SOLAEGUI, ROMAN MOZUELOS GARCIA, MARIA DEL MAR MARTINEZ SOLORZANO, SALVADOR BRACHO DEL PINO

2011

Structural DfT strategy for high-speed ADCs

Comunicación a Congreso

Emerging trends in technological innovation : First IFIP WG 5.5/SOCOLNET Doctoral Conference on Computing, Electrical and Industrial Systems, DoCEIS 2010, Costa de Caparica, Portugal, February 22-24, 2010, Proceedings

Autoría: YOLANDA LECHUGA SOLAEGUI, ROMAN MOZUELOS GARCIA, MARIA DEL MAR MARTINEZ SOLORZANO, SALVADOR BRACHO DEL PINO

2010

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Portal del personal investigador

Detalle Investigador

MARIA DEL MAR MARTINEZ SOLORZANO

Development of an automated design tool for FEM-based characterization of solid and hollow microneedles

Performance evaluation of CCOs for the optimization of low-power pressure-based implantable wireless systems

Optimization of CCOs with implantable MEMS pressure sensors for cardiovascular applications

ViProBo: virtual protoboard for electronics teaching in engineering studies

AFM-based characterization method of capacitive MEMS pressure sensors for cardiological applications

Real-time electrical bioimpedance characterization of neointimal tissue for stent applications

CCO-based analog front-end for iStents

A novel computer-assisted design tool for implantable MEMS pressure sensors

Implantable MEMS pressure sensors modelling tool

Analysis of teaching methodologies for electronics in non-specialized engineering studies

Pressure-based intelligent stent for restenosis control

Oscillation-based approach applied to a low-power analog front-end for an implantable cardiac device

Energy-efficient implantable transmitter for restenosis monitoring with intelligent-stents

Fault modeling of implantable MEMS sensors

Modeling of faulty implantable MEMS pressure sensors

A MEMS design tool for blood-pressure sensing

Analysis of fault injection in implantable capacitive blood-pressure sensors

Implantable sensor system for remote detection of a restenosis condition

Behavioral model of folded and interpolated ADCs for test evaluation - Case study: Structural DfT method

Modeling of an implantable device for remote arterial pressure measurement

Behavioural analysis of an implantable flow and pressure sensing device

Structural test approach for embedded analog circuits based on a built-in current sensor

Design-for-Test method for high-speed ADCs: behavioral description and optimization

Structural DfT strategy for high-speed ADCs

SISTEMA DE MONITORIZACIÓN DE LA TERAPIA ANTITROMBÓTICA SIN NECESIDAD DE MUESTRA SANGUÍNEA (BATMS)(CONVOCATORIA FINANCIADA POR LA CONSEJERÍA DE UNIVERSIDADES, IGUALDAD, CULTURA Y DEPORTE DEL GOBIERNO DE CANTABRIA (CONTRATO PROGRAMA GOB CANTABRIA -UC).

IMPACTO EN LAS PRESTACIONES DE LA LÓGICA DE REDUNDANCIA SOBRE UN MICRO OPENRISC DISEÑADO CON STANDARD CELLS FRENTE A PGAS

ANÁLISIS Y DEFINICIÓN DE PROCESOS PARA TEST DE DISPOSITIVOS ELECTRÓNICOS EN VEHÍCULOS HÍBRIDOS

PARAGUAS DOBLE AUTOEXPANSIBLE CON MONITORIZACION INALAMBRICA DE LA PRESION INTRAAURICULAR (DTS19/00094) (ISCIII/FEDER)

SISTEMA HETEROGÉNEO INTEGRADO PARA LA MONITORIZACIÓN DE LA INSUFICIENCIA CARDIACA BASADO EN SENSORES DE PRESIÓN CAPACITIVOS (SODERCAN/FEDER)

EXTENSIÓN DE LA ACTIVIDAD ÚTIL DE LOS STENT CARDIOVASCULARES INTELIGENTES MEDIANTE AVANCES EN EL DISEÑO TESTABLE (TEC2013-46242-C3-2-P) (MINECO)

DISEÑO TESTABLE DE SISTEMAS HETEROGENEOS CON APLICACIÓN A ELECTRONICA MEDICA (TEC2010-19122)

Stent Inteligente para la Monitorización Inalámbrica de la Reestenosis Cardiovascular

Test Basado en Sensores de Corriente Internos para Circuitos Integrados Mixtos (Analógicos-Digitales)

Métodos de Test Estructural Aplicados a Circuitos Mixtos de Altas Prestaciones.

Inserción de Scan Parcial y Generación de Test en Circuitos Digitales Altamente Secuenciales.