Organisation: Signal Processing and Communications (SIGCOM)
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Core Research Projects
Physics-based wireless AI providing scalability and efficiency (PASSIONATE)
Learn morePASSIONATE will pave the way to a complete change of paradigm in the way AI/ML is applied to wireless communications, developing physics-based native AI tools.
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Research Projects Pages
rEaLIzing healthcare 4.0 eXploIting the 6G netwoRk evolutION (ELXIRION)
Learn moreELIXIRION will create an integrated, inter- and multi-disciplinary, highly-innovative training and research network to set the foundations of Healthcare 4.0.
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Core Research Projects
rEaLIzing healthcare 4.0 eXploIting the 6G netwoRk evolutION (ELIXIRION)
Learn moreELIXIRION will create an integrated, inter- and multi-disciplinary, highly-innovative training and research network to set the foundations of Healthcare 4.0.
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Research Projects Pages
Autonomous and Self-organised Artificial Intelligent Orchestrator for a Greener Industry 5.0 (TALON)
Learn moreTALON introduces an AI orchestrator that envisions transforming the I5.0 into an automated intelligent platform.
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Core Research Projects
Autonomous and Self-organised Artificial Intelligent Orchestrator for a Greener Industry 5.0 (TALON)
Learn moreTALON introduces an AI orchestrator that envisions transforming the I5.0 into an automated intelligent platform.
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Research Projects Pages
sElf-evolving terrestrial/non-Terrestrial Hybrid nEtwoRks (ETHER)
Learn moresElf-evolving terrestrial/non-Terrestrial Hybrid nEtwoRks (ETHER) will provide a framework for a unified terrestrial/non-terrestrial network ecosystem by leveraging key lower- and higher-level technical innovations.
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Core Research Projects
sElf-evolving terrestrial/non-Terrestrial Hybrid nEtwoRks (ETHER)
Learn moresElf-evolving terrestrial/non-Terrestrial Hybrid nEtwoRks (ETHER) will provide a framework for a unified terrestrial/non-terrestrial network ecosystem by leveraging key lower- and higher-level technical innovations.
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News
Three women reshaping tech research in Luxembourg
Learn moreClaudia Negri Ribalta, Eva Lagunas and Flor de Guadalupe Ortiz Gomez are three SnT researchers breaking glass ceilings.
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Research Projects Pages
Next gEneration Architectures and TECHnologies for telecom digital processors (NEATECH)
Learn moreThe NEATECH project aims to develop advanced processor architectures using strategies that prioritise high integration and low power consumption. The primary goal is to significantly reduce power usage, mass, and volume while improving integration efficiency. The project will propose processor technologies and architectures that are scalable, capable of handling high data rates, and designed for…
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Core Research Projects
Next gEneration Architectures and TECHnologies for telecom digital processors (NEATECH)
Learn moreThe NEATECH project aims to develop advanced processor architectures using strategies that prioritise high integration and low power consumption. The primary goal is to significantly reduce power usage, mass, and volume while improving integration efficiency. The project will propose processor technologies and architectures that are scalable, capable of handling high data rates, and designed for…