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International Collaborations

The 5G & Beyond, IoT Research Group has a worldwide network of collaborators in both industry and academia with various laboratories and research teams around the world such as Lab-STICC (France), Connectivity Group (Denmark), Ubiquitous Computing Laboratory - Digital Manufacturing Information Technology Research Center (Korea). 

 

With our partners we exchange knowledge, so that we continuously enhance innovation and are in the front within our field. We also welcome to the international mobility for PhD students and Master students at School of Electrical Engineering, HCMIU, Viet Nam.

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We are always open to welcome guests and visitors for shorter/longer stays within our section and to share our expertise (see the Research  page).

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Please feel free to contact us in order to discuss new ideas.

Laboratoire des Sciences et Techniques de l'information de la Communication et de la Connaissance (Lab-STICC, France)

CNRS, UMR 6285
Technopole Brest-Iroise - CS 83818
29238 Brest Cedex 3 - France

The Lab-STICC, with its double affiliation to the INS2I and INSIS institutes of the CNRS, is a research unit historically recognized in Brittany and in France in the field of ICTS. It has a proven capacity to cover a broad scientific spectrum around digital sciences, and in particular with this ability to address various disciplinary fields (Information Theory, Waves & Materials, Embedded Electronics and Computing, Data Sciences, Communication and Signal Detection, Human-Machine Interfaces,...) following multiple themes/application sectors: maritime environment, communicating objects, defense, space, health, security, robotics...

 

The "Security, Intelligence and Integrity of Information" (SI3) team designs and develops methods, algorithms and solutions for securing the physical layer of future communications and transmission systems. Its contributions are also used to test the deployed standards and systems or to carry out the corresponding "reverse engineering" for our institutional defense or regulatory partners in this field. In this area, everything can be considered as a challenge, because most of the reception processing is generally performed blindly and/or with very severe operational constraints in terms of stealth, threshold of noise level, self or external interference, power consumption, spectral efficiency, security, etc.

Connectivity Section of Aalborg University (Denmark) 

Department of Electronic Systems
Connectivity
Selma Lagerløfs Vej 312 
9220 Aalborg, Denmark

The Connectivity section does research on systems and methods for enabling reliable communication links, as well as distributed algorithms that make use of realistic connectivity models. The research problems and projects focus on:

  • Connectivity enablers, dominantly wireless, but also wired, at the physical, MAC and link layer. Examples include: MAC/PHY protocol design, massive MIMO, PHY/MAC for ultra-dense networks, etc.

  • Connectivity for the Internet-of-Things (IoT) and massive Machine-Type Communications (MTC);

  • 5G wireless system design;

  • Ultra-reliable connectivity for mission-critical applications (smart energy, industrial automation, cyber-physical systems, blockchain)

  • General problems in communication and information theory.

Ubiquitous Computing Laboratory - Digital Manufacturing Information Technology Research Center
Ulsan, Korea

The detail information about this cooperation with Digital Munafacturing Information Technology Research Center will be updated soon!

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International University 

School of Electrical Engineering

O2.206 - Building A2

Quarter 6, Linh Trung Ward, Thu Duc City, Ho Chi Minh City, Viet Nam

+84 (028) 37244270 

© 2022 by The IoT Research Group

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