IEEE Sección España

Wireless backhaul/fronthaul links are proposed as an alternative for massive deployment of small cells because they are more flexible, easy to deploy, and cost effective as compared to the traditional optical fiber links. High frequency millimetre wave (mmWave) and terahertz (THz) links meet the capacity requirements of next generation communication networks. However, mmWave/THz links suffer from susceptibility to weather conditions and require a line-of-sight (LoS) connection, which is the main hurdle in urban regions. The utilization of unmanned aerial vehicles (UAVs) as a wireless fronthaul hub point between small cells and the core network is the promising solution. These UAV-hubs acting as networked flying platforms (NFPs) provide a possibility of wireless LoS fronthaul link and thus, enable the implementation of mmWave/THz in commercial systems at a fast pace, and is expected to boom in the next years. In this talk we will start with a literature review on the chronological order for mmWave/THz communications, Intelligent reflecting surface (IRS), UAVs and multihop technology with the objective to introduce the different technologies that will merge to solve the challenges faced by Terahertz communications. Along the whole talk, we will highlight the different technologies that enable the tackled scenario, together with the comparison to the different proposals from the literature/industry to deal with such scenario. Speaker(s): Nizar Zorba Centre Technologic de Telecomunicacions de Catalunya (CTTC), Castelldefels, Cataluna, Spain

Wireless backhaul/fronthaul links are proposed as an alternative for massive deployment of small cells because they are more flexible, easy to deploy, and cost effective as compared to the traditional optical fiber links. High frequency millimetre wave (mmWave) and terahertz (THz) links meet the capacity requirements of next generation communication networks. However, mmWave/THz links suffer from susceptibility to weather conditions and require a line-of-sight (LoS) connection, which is the main hurdle in urban regions. The utilization of unmanned aerial vehicles (UAVs) as a wireless fronthaul hub point between small cells and the core network is the promising solution. These UAV-hubs acting as networked flying platforms (NFPs) provide a possibility of wireless LoS fronthaul link and thus, enable the implementation of mmWave/THz in commercial systems at a fast pace, and is expected to boom in the next years. In this talk we will start with a literature review on the chronological order for mmWave/THz communications, Intelligent reflecting surface (IRS), UAVs and multihop technology with the objective to introduce the different technologies that will merge to solve the challenges faced by Terahertz communications. Along the whole talk, we will highlight the different technologies that enable the tackled scenario, together with the comparison to the different proposals from the literature/industry to deal with such scenario. Speaker(s): Nizar Zorba Universidad Oberta de Catalunya (UoC), Barcelona, Cataluna, Spain

Wireless backhaul/fronthaul links are proposed as an alternative for massive deployment of small cells because they are more flexible, easy to deploy, and cost effective as compared to the traditional optical fiber links. High frequency millimetre wave (mmWave) and terahertz (THz) links meet the capacity requirements of next generation communication networks. However, mmWave/THz links suffer from susceptibility to weather conditions and require a line-of-sight (LoS) connection, which is the main hurdle in urban regions. The utilization of unmanned aerial vehicles (UAVs) as a wireless fronthaul hub point between small cells and the core network is the promising solution. These UAV-hubs acting as networked flying platforms (NFPs) provide a possibility of wireless LoS fronthaul link and thus, enable the implementation of mmWave/THz in commercial systems at a fast pace, and is expected to boom in the next years. In this talk we will start with a literature review on the chronological order for mmWave/THz communications, Intelligent reflecting surface (IRS), UAVs and multihop technology with the objective to introduce the different technologies that will merge to solve the challenges faced by Terahertz communications. Along the whole talk, we will highlight the different technologies that enable the tackled scenario, together with the comparison to the different proposals from the literature/industry to deal with such scenario. Speaker(s): Nizar Zorba Universidad Pompeu Fabra (UPF), Barcelona, Cataluna, Spain

Wireless backhaul/fronthaul links are proposed as an alternative for massive deployment of small cells because they are more flexible, easy to deploy, and cost effective as compared to the traditional optical fiber links. High frequency millimetre wave (mmWave) and terahertz (THz) links meet the capacity requirements of next generation communication networks. However, mmWave/THz links suffer from susceptibility to weather conditions and require a line-of-sight (LoS) connection, which is the main hurdle in urban regions. The utilization of unmanned aerial vehicles (UAVs) as a wireless fronthaul hub point between small cells and the core network is the promising solution. These UAV-hubs acting as networked flying platforms (NFPs) provide a possibility of wireless LoS fronthaul link and thus, enable the implementation of mmWave/THz in commercial systems at a fast pace, and is expected to boom in the next years. In this talk we will start with a literature review on the chronological order for mmWave/THz communications, Intelligent reflecting surface (IRS), UAVs and multihop technology with the objective to introduce the different technologies that will merge to solve the challenges faced by Terahertz communications. Along the whole talk, we will highlight the different technologies that enable the tackled scenario, together with the comparison to the different proposals from the literature/industry to deal with such scenario. Speaker(s): Nizar Zorba Universidad Carlos III de Madrid, Madrid, Madrid, Spain

Come and learn how telecommunications works and, if you are good enough, you will be able to escep from our escape room! Room: 40E01, Bldg: Torres Quevedo, Universidad Carlos III de Madrid Av. de la Universidad, 30, Av. de la Universidad, 30, Leganés, Madrid, Spain, 28911

In a relatively short period of time, the digital camera has become ubiquitous in our daily lives. The pace at which innovations are being made in this area is remarkable. The exciting aspect is that there is much more to come. In this talk, we review the evolution of digital cameras from camera obscura to film to digital to mobile. Along the way, we identify events that precipitated the change to a digital photography ecosystem. We briefly discuss practices and assumptions that are prevalent in the scientific community and look at a few signal processing solutions that we have developed over the years for problems in digital photography. Using these examples we demonstrate the multidisciplinary nature of digital camera image processing. We present recent results to show the progress that has been achieved in computational photography on mobile cameras and conclude with challenges and opportunities. Speaker(s): Farhan Baqai Universidad Carlos III de Madrid, Madrid, Madrid, Spain, Virtual: https://events.vtools.ieee.org/m/445889

In a relatively short period of time, the digital camera has become ubiquitous in our daily lives. The pace at which innovations are being made in this area is remarkable. The exciting aspect is that there is much more to come. In this talk, we review the evolution of digital cameras from camera obscura to film to digital to mobile. Along the way, we identify events that precipitated the change to a digital photography ecosystem. We briefly discuss practices and assumptions that are prevalent in the scientific community and look at a few signal processing solutions that we have developed over the years for problems in digital photography. Using these examples we demonstrate the multidisciplinary nature of digital camera image processing. We present recent results to show the progress that has been achieved in computational photography on mobile cameras and conclude with challenges and opportunities. Speaker(s): Farhan Baqai Bldg: Colegio Fonseca, Universidad de Salamanca, C/ Fonseca 4, Salamanca, Castilla y Leon, Spain

The IEEE Spain Signal Processing and Communications Joint Chapter, in collaboration to its sister chapter IEEE ComSoc Bangalore Chapter, celebrates an industry event under the theme "How AI is boosting the Telecommunications Sector". The event is part of the Sister Chapters Program of the IEEE ComSoc and will be held at the University of Salamanca. It can be attended onsite and virtually, and will include talks from four industry leaders in the telecommunications sector, including the IEEE SPS Distinguished Industry Speaker Farhan Baqai, from Apple. Don't miss the opportunity and register now at no cost. Speaker(s): Farhan Baqai , Jose Luis Marín , Hariprasad Anumala , Rahul Soundrarajan Agenda: - 1st part: Onsite session (Salamanca) - 10:00 - Keynote: "Digital Camera Signal Processing — History, Recent Advances, Challenges, and Opportunities" by Farhan Baqai, Senior Research Manager at Apple Inc., USA - 10:45: "AI and Blockchain in Telecom: Digitalization of interactions with customers across the value chain" by José Luis Marín, Head of Corporate Digitalization Strategy, Data and AI, Madison MK, Spain - 11:30 - Coffee Break - 2nd part: Virtual session (Bangalore) - 12:00: "Convergence of AI and data in Enterprise and Consumer IoT for telco operators - Challenges and opportunities" by Hariprasad Anumala, AVP at Reliance Jio, India - 12:30: "AI in Telecommunications – challenges and the way forward" by Rahul Soundrarajan, Principal Engineer at Tejas Networks, India Bldg: Colegio Fonseca, Universidad de Salamanca, C/ Fonseca 4, Salamanca, Castilla y Leon, Spain, 37007, Virtual: https://events.vtools.ieee.org/m/445903

La ETS de Ingeniería Informática de la UNED e IEEE Cybersecurity, junto con INCIBE, organizan el Cybercamp el 27 de noviembre de 2024 en el Salón de Grados de la Facultad de Educación de la UNED, Madrid. Programa - 27 de noviembre - 11:30-13:30 Ámbitos de trabajo en criptografía - Oscar Lage Serrano Jefe de Ciberseguridad y Blockchain en Tecnalia - 18:00-20:00 Ciberseguridad OT en energía y networking - Manuel Ballesteros Carballo Ingeniero de Ciberseguridad OT en Siemens Gamesa / Responsable de Ciberseguridad en IEEE España Dirigido a Estudiantes del curso de Ciberseguridad (convenio UNED e INCIBE) y público en general. Este evento se enmarca dentro del curso "Ciberseguridad" fruto del convenio UNED-INCIBE. Consta de dos sesiones de dos horas donde se presentan diferentes visiones sobre la ciberseguridad. ETS de Ingeniería Informática de la UNED, Madrid, Madrid, Spain

IEEE PES ESPAÑA | | LA TRANSICIÓN ENERGÉTICA | Hacia una economia descarbonizada | Evaluación de Modelos Híbridos de IA en la Protección Eléctrica de Transformadores de Potencia: Clasificación de Fallos con el Modelo Inception-Transformer Estimados Miembros del Capítulo IEEE PES ESPAÑA y de la comunidad de sistemas eléctricos de potencia, Seguimos con nuestra serie de sobre el tema LA TRANSICIÓN ENERGETICA | Hacia una ECONOMIA DESCARBONIZADA En este webinar, Eduardo Martínez, Guillermo Ríos, María Villén, Aníbal Prada (Centro Tecnológico CIRCE) y Elías Herrero (Universidad de Zaragoza) compartirán su conocimiento sobre modelos de IA para las protecciones de transformadores. Título: Evaluación de Modelos Híbridos de IA en la Protección Eléctrica de Transformadores de Potencia: Clasificación de Fallos con el Modelo Inception-Transformer Contenido: Este seminario web presenta un estudio dedicado a explorar cómo un modelo de IA híbrido, el InceptionTime-Gated Transformer, puede identificar y clasificar fallos en transformadores de potencia dentro de un entorno de simulación en tiempo real. Además, discutiremos el proceso de implementación del modelo de IA en una plataforma EDGE con simulación en bucle cerrado (Hardware-in-the-Loop) utilizando mensajes de “Sample-Values”, y se ofrecerá una visión completa del diseño y la funcionalidad del modelo de IA híbrido y su potencial para avanzar en la mejora del sistema de protección del sistema eléctrico. Ponentes: Eduardo Martínez, Guillermo Ríos, María Villén, Aníbal Prada (Centro Tecnológico CIRCE) y Elías Herrero (Universidad de Zaragoza) Fecha: Jueves 28 de noviembre de 2024 Hora: 18:00 - 20:00 (CET) Idioma: Castellano La participación en estos webinar es abierta a cualquier asistente, incluyendo miembros de IEEE/PES y no-miembros. Sin embargo, el REGISTRO en el evento es necesario para recibir en enlace URL para el evento WebEx. En enlace de conexión para este se mandará a los asistentes el día del evento a las 11:30 AM (CET). El registro se cierra el día 28.11.2024 a las 11:30 AM (CET). El acceso al REGISTRO es: https://events.vtools.ieee.org/event/register/446132 Por más información: : https://events.vtools.ieee.org/m/446132 El IEEE PES ESPAÑA emite certificado de asistencia a los . Los interesados deberán solicitarlo no más tarde del día siguiente a la sesión, y deberán haber formulado por lo menos una pregunta de voz. ¡Nos vemos el día 28! Un cordial saludo, Roberto Rocca Secretario (http://enotice.ieee.org/link.cfm?r=2t13DaV1ZQMWdxFUYxE9AA~~&pe=2r6s6cq1ZHJVREEnjcPg615Ax6pY5bB2EtOtT4-0u2m72qPy0vZwRE9mo5IxUHTUd3basEhCJ_h0e96RcJiJxA~~&t=dWSU4qsc8D7Oq-bfMacKwQ~~), (http://enotice.ieee.org/link.cfm?r=2t13DaV1ZQMWdxFUYxE9AA~~&pe=6KDWid33EaTBI-e5_Rs9WqK142A_ryE8sq-2yQP_PxO6C0QjIOxeNlOScNiFfqtUlnufeNysO01BgoUQ8lmAKA~~&t=dWSU4qsc8D7Oq-bfMacKwQ~~) Speaker(s): Eduardo Martínez Carrasco, Elías Herrero Jaraba, Guillermo Rios Gómez, María Teresa Villen Martinez, Anibal Antonio Prada Hurtado Virtual: https://events.vtools.ieee.org/m/446132