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Region and with a global presence. Our students and staff, past, present, and future, are the beating heart of our city and can be found in every corner of every industry and community. We couldn’t exist
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on Antennas Design for 6G wireless communications. For this opening, the successful candidates will be required to have research experience in wireless communication systems design in University and/or Industry
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-time post-doctoral Research Fellow to work on Antennas Design for 6G wireless communications. For this opening, the successful candidates will be required to have research experience in wireless
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frequency bands across the wireless and wired spectrum from RF to optical frequencies is a key challenge for future communications systems. HASC brings together a network of researchers and institutions with
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frequency bands across the wireless and wired spectrum from RF to optical frequencies is a key challenge for future communications systems. HASC brings together a network of researchers and institutions with
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. To conduct a series of channel simulations and measurements at frequencies likely to be used by radio access technologies in future wireless systems specifically at millimetre-wave and terahertz (THz
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collaborators involved in the research project. You will have the opportunity to undertake internationally leading research in the field of low-power design and wireless communications hardware with researchers
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epilepsy and related conditions (mainly non-epileptic attacks) across. There is continuous video monitoring of all patient spaces (excluding bathrooms) and wireless video-EEG telemetry. There is a multi
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aspects of wireless communication systems, including advanced MIMO detection and decoding techniques and RRM approaches for MIMO systems (e.g., user scheduling). Displaying a high degree of autonomy
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Consolidator Grant BEATRICE, led by Professor Michalis Matthaiou. The successful candidate will work on modelling, transceiver design, wireless power transfer and optimization of near-field communications