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in many more applications, ranging from autonomous cars, automated manufactures (industry 4.0) to 5G and beyond backbone networks. While traditional public networks aim at improving the mean service
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industrial product realisation. It connects engineering design, AI, digital twins, simulation, manufacturing systems, 5G/6G, decision support and real industrial demonstrators. The overall ambition is to
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are now used in many more applications, ranging from autonomous cars, automated manufactures (industry 4.0) to 5G backbone networks. While traditional public networks aim at improving the mean service
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interaction, trustworthy AI, explainable AI, large language models, future communications/5G, and quantum computing. Key Responsibilities: Facilitate and conduct all teaching assignments for undergraduate
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consortium of 20+ companies, driving research into new approaches and paradigms for cellular systems. Our private 5G/6G testbed features open and open-source software and commercial equipment
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industry consortium of 20+ companies, driving research into new approaches and paradigms for cellular systems. Our private 5G/6G testbed features open and open-source software and commercial equipment
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, optimization techniques and AI/ML models to support edge intelligence and the next generation of mobile communication networks (5G+/6G) with focus on the radio access segment. Place of work: The work
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, monitor and optimise, and secure the underlying beyond-5G infrastructure and service delivery. CyberHub invites applications for a Postdoctoral Research Associate who will primarily contribute to the
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, waveform processing and transceiver architectures, for the edge intelligence, physical layer and radio interface of the next generation of mobile communication networks (5G+/6G). Place of work: The
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health technology, with applications ranging from renewable energy, electrified transportation systems, robotics, AI, and 5G/6G communication to smart sensors and medical technology. In collaboration