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Mobility-state- and handover-direction-aware analytical and machine learning-based HCP optimization in 5G heterogeneous networks

Mobility-state- and handover-direction-aware analytical and machine learning-based HCP optimization in 5G heterogeneous networks

The use of ultra-dense small cells in 5G heterogeneous networks increases capacity, coverage and spectral efficiency, but it also complicates mobility management. In dense macro-small-cell networks, user devices often cross cells with varying coverage, transm…

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