Información del personal investigador

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

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

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

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

Test based on built-in current sensors for mixed-signal circuits

Comunicación a Congreso

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

2010

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Portal del personal investigador

Detalle Investigador

YOLANDA LECHUGA SOLAEGUI

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

Filtros digitales y convertidores de señal

CCO-based analog front-end for iStents

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

Project-based learning applied to data converter modeling in electronic engineering studies

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

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

Analysis of fault injection in implantable capacitive blood-pressure sensors

Implantable sensor system for remote detection of a restenosis condition

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

Test based on built-in current sensors for mixed-signal circuits

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).

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)