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involving 17 UK universities and 4 industrial partners (TITAN project). The successful candidate will work on the physical implementation of an indoor cell-free massive MIMO demonstrator (one of the very
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involving 17 UK universities and 4 industrial partners (TITAN project). The successful candidate will work on the physical implementation of an indoor cell-free massive MIMO demonstrator (one of the very
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(TITAN project). The successful candidate will work on the physical implementation of an indoor cell-free massive MIMO demonstrator (one of the very first in the world). The candidate will join a vibrant
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candidate to the post of Research Fellow. The post holder will conduct in-depth research in next generation MIMO systems. Investigate and apply Communication Theory and/or Electromagnetic Information Theory
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research in next generation MIMO systems. Investigate and apply Communication Theory and/or Electromagnetic Information Theory to model and analyse signal transmission mechanisms in cellular/cell-free
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, or closely related discipline. Research experience in massive MIMO, reconfigurable intelligent surfaces. wireless power transfer, communication theory, optimization or related area. Evidence of strong
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expertise in the following: MIMO and massive MIMO systems for 5G systems and beyond Advanced signal processing techniques for 5GNR Physical Layer, including MIMO and massive MIMO detection and precoding
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: MIMO and massive MIMO systems for 5G systems and beyond Advanced signal processing techniques for 5GNR Physical Layer, including MIMO and massive MIMO detection and precoding Advanced Radio Resource
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following criteria: Have or be about to obtain a PhD in a relevant area. Relevant research experience, including: Design and implementation of MIMO and massive MIMO systems. Demonstrable knowledge of antenna
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-free massive MIMO. The candidate will join a vibrant research group of 70 people, including 13 academics. The candidates will also have the opportunity to contribute to the research activities of the new