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huge signal-to-noise degradation due to significant path loss and blockage [3], which can partly be compensated using high-gain beamforming. Physical layer waveform design is also an important challenge
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beamforming strategies for multi-antenna systems to enable precise and stealthy transmission of signals, minimising detection while maximising operational effectiveness. This scholarship will be filled upon
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. The research will also involve using software-defined radios (SDR) and digital signal processing for antenna beamforming. The payload may also be used to detect GNSS jamming and spoofing events. The project is
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; at the regional-edge, it advances fronthaul support for CF radio units using multi-band XL-MIMO beamforming to double spectral efficiency versus mMIMO by leveraging context and array geometry, develops scalable
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also involve using software-defined radios (SDR) and digital signal processing for antenna beamforming. The payload may also be used to detect GNSS jamming and spoofing events. The project is funded by
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XL-MIMO beamforming to double spectral efficiency versus mMIMO by leveraging context and array geometry, develops scalable Cloud Edge Continuum interconnection of data centers to at least halve SLA