AIIM learns coordinated PRB allocation policies in a hybrid full-stack O-RAN testbed to improve QoS satisfaction and reduce interference-induced PRB loss compared to proportional-fair baselines while preserving aggregate throughput.
Ra- diotwin: A digital building material twin for wideband, cross-link, cross-band wireless channel prediction
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Geometry-based beamforming delivers 18.75 dB power gain in LoS (0.82 dB below CSI-based) but drops to a 3.83 dB gap in obstructed scenarios with a 41-antenna 920 MHz array.
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AIIM: Adaptive Inter-cell Interference Mitigation for Heterogeneous Multi-vendor 5G O-RAN Networks
AIIM learns coordinated PRB allocation policies in a hybrid full-stack O-RAN testbed to improve QoS satisfaction and reduce interference-induced PRB loss compared to proportional-fair baselines while preserving aggregate throughput.
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Experimental Evaluation of Geometry and Reciprocity-Based Beamforming with Large Arrays for RF Wireless Power Transfer
Geometry-based beamforming delivers 18.75 dB power gain in LoS (0.82 dB below CSI-based) but drops to a 3.83 dB gap in obstructed scenarios with a 41-antenna 920 MHz array.