GIUV2017-374
The Digital Systems Design and Communication Group (DSDC) is a consolidated research group attached to the Escola Técnica Superior d'Enginyería of the Universitat de València since 1996. It is currently made up of four teachers and researchers with doctorates and four pre-doctoral researchers. It has two 100m2 laboratories fully equipped for the design and development of electronic demonstrators. He has extensive scientific experience, with more than 70 articles in high-impact international journals and more than 90 participations in scientific congresses. It also has an extensive track record in the development of research projects, having participated in more than 15 projects funded by public calls for proposals, and has a long tradition in technology transfer, having collaborated as a scientific partner in matters related to electronics, computing and telecommunications through more than 30 contracts and agreements with major players in different sectors and business areas. Areas of research:
Customised electronic design (hardware and firmware). Reconfigurable Logic (CPLDs, FPGAs, PSoC). Microcontrollers (AVR, ARM, 8051, etc.). RTOS.
Sensor networks (WSN). Wireless...The Digital Systems Design and Communication Group (DSDC) is a consolidated research group attached to the Escola Técnica Superior d'Enginyería of the Universitat de València since 1996. It is currently made up of four teachers and researchers with doctorates and four pre-doctoral researchers. It has two 100m2 laboratories fully equipped for the design and development of electronic demonstrators. He has extensive scientific experience, with more than 70 articles in high-impact international journals and more than 90 participations in scientific congresses. It also has an extensive track record in the development of research projects, having participated in more than 15 projects funded by public calls for proposals, and has a long tradition in technology transfer, having collaborated as a scientific partner in matters related to electronics, computing and telecommunications through more than 30 contracts and agreements with major players in different sectors and business areas. Areas of research:
Customised electronic design (hardware and firmware). Reconfigurable Logic (CPLDs, FPGAs, PSoC). Microcontrollers (AVR, ARM, 8051, etc.). RTOS.
Sensor networks (WSN). Wireless communications technologies (Wifi, Zigbee, CyFi, Bluetooth, Sigfox LoRA, etc.)
Applications for mobile devices (IOS, Android)
High-speed electronic design (Altium, etc.).
Internet of Things (IoT). Motes. Concentrators. Embedded electronic developments, with special emphasis on aspects such as low power consumption, energy harvesting and miniaturisation.
Project management. Development of pre-commercial prototypes, including cost analysis and CE pre-certification. Sectors of application:
Energy (smartgrids, smartmetering, renewables).
Environment (climate change, smartcities, smarthome and building automation).
Industry (process analytical technologies - PAT).
Biomedical engineering (implantable devices, nuclear medicine PET).
High-energy physics detectors (ATLAS-CERN).
Consumer Electronics (wereables). Collaborating organisations, associations and foundations in the areas of interest (excluding RTD, LI, SME): Climate-KIC. European Organization for Nuclear Research (CERN). Spanish Technological Platform for Energy Efficiency. Spanish Geothermal Technology Platform The Valencian Association of Energy Sector Companies (AVAESEN). InnDEA Foundation (Valencia City Hall). Spanish Home Automation Association (CEDOM). Multisectoral Association of Electronics, Information and Communication Technologies, Telecommunications and Digital Content Companies (AMETIC). Spanish Association for the Internationalisation and Innovation of Spanish Electronics Companies (SECARTYS). Building Institute of Valencia (IVE). Valencian Association of Habitat Technologies (AVATHA). Professional bodies and associations (COIT, COITT, FENITEL, FENIE). TECMA-RED communication group.
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- Investigar el diseño electronico de dispositivos y sistemas digitales basados en logica reconfigurable y microcontroladores. Desarrollar modelos y algoritmos para sistemas operativos en tiempo real adecuados para aplicaciones embarcadas.
- Avanzar en la integracion de tecnologias para nuevas aplicaciones dentro del concepto de Internet of Things: interoperatividad de redes de sensores, comunicaciones inalambricas, desarrollos multiplataforma de aplicaciones para dispositivos moviles.
- Investigar el diseño sistemas de informacion y comunicacion que integren cantidad y diversidad de datos y permitan su almacenamiento y posterior tratamiento. En particular aprovechar tecnologias en la nube para favorecer la escalabilidad, disponibilidad, facilidad de gestion y eficiencia energetica de los sistemas.
- Proponer modelos y procesos de diseño electronicos para altas prestaciones, con especial enfasis en aspectos como el bajo consumo, la recoleccion de energia y la miniaturizacion. Crear metodologias para el desarrollo rapido de prototipos electronicos de bajo coste.
- Comprender los fundamentos fisicos de la Compatibilidad Electromagnetica, y aplicarlos tanto al desarrollo de nuevos productos como a la normalizacion en el ambito de las redes de comunicaciones y de distribucion de energia.
- Aplicar los ultimos avances en Tecnologia Electronica para el diseño y desarrollo de modulos digitales y de comunicaciones de altas prestaciones de uso en Fisica de Altas Energias y en otras areas de la ciencia.
- Electronics Technology for Embedded Systems and Applications.Design and development of high-performance hardware and associated computing for products and services within the Internet of Things (IoT) paradigm.
- Electromagnetic Compatibility (EMC) and Smart Grids.Development of new models and technologies related to the field of smart grids. Research into both the theoretical foundations of electromagnetic compatibility (EMC) and its practical application.
- Electronics Technology in High Energy Physics.Within the ATLAS-CERN collaboration: design and development of data acquisition systems for nuclear and high energy physics applications. Use of digital technologies based on microprocessors, signal processors (DSP) and reconfigurable logic devices (FPGA).
| Name | Nature of participation | Entity | Description |
|---|---|---|---|
| JESUS SORET MEDEL | Director | Universitat de València | |
| Research team | |||
| RAIMUNDO GARCIA OLCINA | Member | Universitat de València | |
| JOSE GABRIEL TORRES PAIS | Member | Universitat de València | |
| ADRIAN SUAREZ ZAPATA | Member | Universitat de València | |
| JOAQUIN PEREZ SOLER | Member | Universitat de València | |
| PEDRO AMADOR MARTINEZ DELGADO | Collaborator | Universitat de València | |
| PEDRO AMADOR MARTINEZ DELGADO | Collaborator | Universitat de València | |
| ABRAHAM MENENDEZ MARQUEZ | Collaborator | Universitat de València | |
| ABRAHAM MENENDEZ MARQUEZ | Collaborator | Universitat de València | |
| JESUS LOPEZ BALLESTER | Collaborator | Universitat de València | |
| DANIEL IBAÑEZ BORDALLO | Collaborator | Universitat de València | |
| VICTOR SOLERA SENDRA | Collaborator | Universitat de València | |
| VICTOR SOLERA SENDRA | Collaborator | Universitat de València | |
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- Electronic Engineering
- IoT , Embedded, Microcontrolador, Lógica Reconfigurable, RTOS, Redes de sensores
- Smart Grids, Compatibilidad Electromagnética, EMC..
- Altas energías, Procesado digital de señal, Lógica reconfigurable, Detector de radiación, CERN
