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Field
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- reliable wireless communication. In the case of avionics, the most important advantages of wireless systems are weight reduction, resulting in less fuel consumption, flexibility, ease of layout, maintenance
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This project is to investigate novel techniques for sensing and achieving efficient wireless communication. To fulfil the needs of future communication networks, the study will explore both
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of the main project axes that will be investigated is the ultra-reliable intra-avionic wireless communication systems. These latter have been hardly adopted in aviation where most intra-avionic connectivity
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of wireless communications, machine learning, and next generation mobile network architectures. The focus will be on developing novel AI methodologies to add decision-making and automation capabilities across
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, active and space-time-modulated metasurfaces and their applications to wireless communications, biomedicine, and quantum computing at the University of Oxford, University of Toronto, University of Montreal
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Are you interested in pushing the boundaries of 6G wireless communication and sensing in one of the top engineering schools in Europe? As a part of an international team, you'll investigate new
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Are you interested in pushing the boundaries of 6G wireless communication and sensing in one of the top engineering schools in Europe? As a part of an international team, you'll investigate new
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the exisiting research collaborations. Person specification This is an exciting opportunity for a highly motivated student with a solid background in wireless communications and signal processing, who is keen to
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qualifications: M.Sc. degree in wireless communications, communications engineering, computer engineering or similar solid mathematical and analytical skills experience in programming, e.g., in C++, Python
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Research) Networks department combine forces in the prestigious Future Network Services (FNS) flagship project to develop innovative solutions enabling joint communications and sensing (JCAS) in 6G networks