Creating and sharing knowledge for telecommunications
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Editorial
 
There has been considerable debate regarding the announced merger of the Portuguese National Innovation Agency (ANI) and the National Science Foundation (FCT) into the new Research and Innovation Agency (AI2). This initiative, however, was not entirely unexpected, as it had already been hinted at in the current Government’s agenda, reflected in the adopted name for the Ministry of Education, Science, and Innovation.

Moreover, there has long been broad agreement that action was needed to reduce the overlap between the various instruments promoted by ANI and FCT, such as Research and Development Units (UI&Ds), Associate Laboratories (LAs), Collaborative Laboratories (CoLabs), and Technology and Innovation Centers (CTIs). At the same time, there is widespread consensus that both scientific research and innovation are essential for the country’s development: knowledge creation and the ability to translate that knowledge into economic value are both necessary to move our industries up in the value chain.

That said, we must be careful not to confuse scientific research with innovation. Scientific research is primarily concerned with generating knowledge. It consumes both human and financial resources to create new models and explanations of the reality around us, and it disseminates this knowledge through conference presentations, journal articles, and books. Innovation, by contrast, applies that knowledge to create value—transforming discoveries into inventions with economic potential, which are then often protected by patents. This is why scientific research typically originates in public, academic-style institutions, while innovation is more commonly driven by the research divisions of private companies.

For this reason, I sincerely hope that the new AI2 does not make the mistake of evaluating research quality without recognizing this crucial distinction in objectives. Efforts labeled simultaneously as both scientific research and innovation risk being neither, at least not to the level of quality and excellence that we should all strive to achieve.
 
 
José Carlos Pedro
(IT President)
Our highlights ...
32 Researchers of Instituto de Telecomunicações on the Top 2% of Stanford-Elsevier Most-cited Scientists Worldwide

The ranking highlights researchers whose publications have had the greatest impact within the academic community and have made significant contributions to global scientific progress.

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João Ribeiro won an ERC Starting Grant to explore the limits and efficiency of coding against synchronization errors

“Imagine that Alice wants to send a message to Bob, but they are connected only through a noisy communication channel that introduces errors. To help Bob recover the message, Alice must encode it by adding redundancy. How much redundancy is necessary? And can we design efficient encoding and error-correction algorithms that approach the theoretical minimum?” 

This is the third ERC Grant hosted by Instituto de Telecomunicações.
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ROUTE 25: Instituto de Telecomunicações is stepping to the forefront of smart and autonomous mobility

Instituto de Telecomunicações is stepping to the forefront of smart and autonomous mobility with ROUTE 25, an Agenda for Autonomous, Intelligent, Interoperable, and Inclusive Mobility. 
IET Achievement Medal in Biomedical Engineering
 
Hugo Plácido da Silva is shortlisted for an IET Achievement Medal in Biomedical Engineering for his seminal theoretical and practical contributions, which led to the first industrially feasible device for reliable ECG-based biometrics using sensors integrated in daily use objects.
 
NAS Group from Covilhã Showcased Innovation at ACM SIGCOMM in Coimbra
 
Services (NAS) group of the Instituto de Telecomunicações of Covilhã (UBI) presented the demo and poster at the 39th edition of SIGCOMM, one of the most prestigious international forums on computer networks

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Rethinking the Future of Science in Portugal by Mário Figueiredo
 
"True progress does not emerge from a vacuum, and subordinating basic science to innovation mortgages the future, sacrificing the possibility of advances in emerging areas and the country’s competitiveness."

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PROJECT SNAPSHOT | LUMIRing: Lisbon Underground Multicore Fiber Ring 
Lisbon is set to become a global hub for fiber optic innovation with the deployment of the world’s largest multicore fiber (MCF) terrestrial testbed. The pioneering initiative, known as the LUMIRing project (Lisbon Underground Multicore Fiber Ring), is a landmark step in next-generation communications infrastructure.

Valued at €2.3 million- including €588,000 in European funding from the Lisbon 2030 Programme (financed by CCDR-LVT) and additional resources from Iscte - the project represents a major investment in Europe’s digital future.
read it here >>
#PhDHostedbyIT
Tiago Roxo
How Can Deep Learning Aid Human Behavior Analysis?

Tiago Roxo concluded his Ph.D. in Computer Science and Engineering from the University of Beira Interior (UBI) in May 2025, supervised by Hugo Proença and Pedro Inácio (IT/UBI).

His thesis addresses human behavior analysis in uncooperative conditions using computer vision approaches, via the assessment of behavioral features. It also highlights the limitations of existing approaches for soft biometrics and active speaker detection, contributing with a dataset and models to improve the state-of-the-art. 

Currently, Tiago is teaching at UBI and continues his research at IT-UBI.

Luís Martinho Almeida
Evolving All-Digital Transmitters Towards 6G

Luís Almeida concluded his PhD in Electrical Engineering from the University of Aveiro (AV) in July 2025, supervised by Arnaldo Oliveira (IT/UA) and Nuno Borges de Carvalho (IT/UA). 

His PhD explores the evolution of FPGA-based all-digital transmitters (ADTs) towards 6G, focusing on reconfigurable Cloud Radio Access Networks (C-RAN) Radio Units (RUs). His key interventions include hardware-level Network Function Virtualization (NFV) for real-time RUs adaptation to the network needs, digital True Time Delay (TTD) for antenna channel digital synchronization, and modular Delta-Sigma (ΔΣ) architectures for digital beamforming generation and steering.

Luís was hired by NEW SPACE at IT.

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