5G • 5G-Advanced (Rel-18)
AI-Enhanced Handover Prediction
Deep Learning Mobility and Handover Failure Prevention
Predicts user movement trajectories and cell degradation to execute handovers proactively, eliminating ping-pong handovers and radio link drops.
Technical Explanation
Dense urban mmWave networks feature severe street corner signal drops where standard RSRP measurement reporting triggers handovers too late. Rel-18 AI handover prediction integrates spatial trajectory tracking, historical handover statistics, and beam quality time-series to execute target cell handovers seamlessly before the serving link fails.
Key Functions
- Predicts optimal target cells based on spatial trajectory and speed vector
- Reduces Handover Interruption Time (HIT) to virtually zero milliseconds
- Eliminates wasteful ping-pong handovers between overlapping microcells
- Prevents sudden radio link drops around street intersections in mmWave deployments
Specifications
3GPP TR 38.843, TS 38.331 (Rel-18)
Interfaces
Uu (RRC)Xn-C
Related 5G Concepts
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