Welcome to the Pervasive Wireless Systems Group. The group is led by Dr. Domenico Giustiniano. The group investigates novel system solutions for the next generation of pervasive wireless systems. The main objective is to create impact, publishing in top system conferences, and transferring the results to the society. The current main areas of research are:
The European project coordinated by Domenico Giustiniano has provided pioneering results to establish the foundation for the next generation of Internet of Things networks. The project has ended in December 2023 marking a major milestone: contributing to design a new generation of wireless systems based on visible light communication (VLC) and on the low power consumption of light-emitting diodes (commonly known as LEDs) for challenging Internet of Things (IoT) scenarios.
The spin-off, co-founded by Javier Talavante, Dayrene Frómeta, Borja Genovés and Domenico Giustiniano, has stood out not only for its technological innovation but also for its focus on environmental and social sustainability. This achievement in the Young Entrepreneurship-Young Carnet Awards reflects the positive impact that LiFi4Food can have on modern agriculture.
The Pervasive Wireless Systems PhD Students Dayrene Frómeta Fonseca and Javier Talavante, together with Dr. Borja Genovés Guzmán and Dr. Domenico Giustiniano gave life to a revolutionary solution that promises to completely transform the landscape of precision agriculture. LiFi4Food represents not only a technological milestone, but also a commitment to a sustainable future, where innovation and intelligence come together to boost efficiency in food production.
Madrid hosted the twenty-ninth edition of the prestigious international ACM MobiCom 2023 conference, held at the Riu Plaza de España hotel from October 2-6, with IMDEA Networks as part of the event’s organizing committee, with Domenico Giustiniano, as the vice chair.
Dr. Borja Genovés
PhD student and Postdoctoral Researcher
Current Position: MSCA Fellow at Virginia University, USA / UC3M, Spain.
Dr. Roberto Calvo
Postdoctoral Researcher
Current Position: Assistant Professor at URJC, Spain
Dr. Maurizio Rea
Postdoctoral Researcher
Current Position: Senior Researcher at i2cat, Spain.
Dr. Danilo de Donno
Postdoctoral Researcher
Current Position: Senior Wireless System Engineer at Huawei, Italy
Roberto Calvo
PhD student
Current Position: Assistant Professor at URJC, Spain
Maurizio Rea
PhD student
Current Position: Project Manager at ICT consulting, Italy
Ander Galisteo
PhD student
Current Position: Dojo Five: The Embedded Experts. St. Paul, Minnesota. USA
Aymen Fakhreddine
PhD student
Current Position: Double affiliation – Senior Researcher at Technology Innovation Institute, Abu Dhabi, United Arab Emirates / University of Klagenfurt, Austria.
Qing Wang
PhD student
Current Position: Assistant Professor at TU Delft, Netherlands
Financiado por: Unión Europea (Horizonte Europa)
Financiado por: Technology Innovation Institute (TII)
Financiado por: Ministerio de Ciencia e Innovación
Financiado por: Agencia de la Unión Europea para el Programa Espacial (EUSPA)
Financiado por: Ministerio de Asuntos Económicos y Transformación Digital, Unión Europea NextGeneration-EU
Financiado por: Ministerio de Asuntos Económicos y Transformación Digital, Unión Europea NextGeneration-EU
Robótica 'soft' en miniatura
Red europea de formación en sistemas IoT de comunicación por luz visible de bajo consumo
Detección de actividad de intrusos desde el cielo impulsada por IA
Técnicas Avanzadas para Potenciar la Inteligencia de las Redes 5G
Posicionamiento basado en Big Data de transmisores no autorizados
Seguimiento de contactos con redes 5G y más allá
LOCalización y análisis a demanda integrados en el ecosistema 5G, para aplicaciones Verticales Ubicuas
Posicionamiento Preciso, Ubicuo y de Baja Latencia para la Innovación en redes 5G y Posteriores
Clasificación Tecnológica y Localización de Anomalías en el Espectro
Detección y ubicación colaborativa a gran escala de amenazas en el espacio electromagnético
Tecnologías para la detección colaborativa de anomalías en el espectro
Tecnologías para la detección colaborativa de anomalías en el espectro
Programación MAC con reconocimiento de ubicación en redes móviles y densas
Tecnologías para la detección colaborativa de anomalías en el espectro
Plataformas de hardware/software flexibles y eficientes para elementos y dispositivos de redes 5G
Tecnologías para la detección colaborativa de anomalías en el espectro
Sistemas sensores ubicuos del espectro y la localización móvil
Interacciones sinérgicas en enjambres de agentes heterogéneos
International Conference on Embedded Wireless Systems and Networks (wasEuropean Conference on Wireless Sensor Networks). Abu Dhabi, United Arab Emirates. Diciembre 2024
ACM International Conference on Mobile Computing and Networking. Washington, D.C., USA. Noviembre 2024
Computer Networks. Agosto 2024
IEEE International Conference on Computer Communications. Vancouver, Canada. Mayo 2024
IEEE International Conference on Computer Communications. Vancouver, Canada. Mayo 2024
IEEE International Symposium on Dynamic Spectrum Access Networks. Washington DC, USA. Mayo 2024
IEEE Transactions on Mobile Computing. 10.1109/TMC.2024.3367241. IEEE. Febrero 2024
Computer Communications. 10.1016/j.comcom.2024.01.005. Elsevier. Febrero 2024
Journal of Optical Communications and Networking. 10.1364/JOCN.495234. Enero 2024
IEEE Transactions on Networking. 10.1109/TNET.2023.3344316. Diciembre 2023
The group owns several USRP B210s and N310s, used for 5G localization, spectrum sensing and LiFi infrastructure. Training of deep learning algorithms for spectrum sensing are performed using 4xA100 GPUs with 6TB SSD SATA, GPU NVIDIA RTX2080Ti, NUC i5 and NUC i7 boards are used for several activities of the group, such as controlling outdoor spectrum sensors and LiFi infrastructure. The LiFi lab unit of the group includes several OpenVLC boards, it hosts different testbeds based on a large number of OpenVLC boards, moved through the OpenBuilds Acro Systems, and has the software and laboratory equipment to develop new versions and extensions of OpenVLC boards such as Agilent 3000 X-series oscilloscope. Finally, the group has an FPC1000 Spectrum Analyzer of Rohde&Schwarz that goes from 5kHz to 3GHz. It may be used by several projects in the group to analyze RF emissions at different bands.