Book4_uploaded.xlsx (23.99 kB)
5GICIC-data
we propose a novel two-level
beamforming coordination approach that partitions a large network into clusters.
At the intracluster level, this approach performs intracluster coordination similar
to the user selection algorithms in a multiuser multiple input and multiple output
(MU-MIMO); doing this maximizes the utility function or minimizes the signal-to-interference-plus-noise
ratio (SINR) function within a cluster. A dynamic time domain IC approach is
employed at the intercluster level, collecting interference information for
cluster-edge user equipment (UE) and allocating the UE dynamically among the clusters
to reduce the intercluster interference for a switched-beam system (SBS).