Research Article
Effectiveness of Handover Control Parameters on Handover Performance in 5G and beyond Mobile Networks
| Abbreviation | Definition |
| 3GPP | The 3rd Generation Partnership Project | 4G | Fourth generation | 5G | Fifth generation | AMF | Access and mobility management function | B5G | Fifth generation and beyond | BS | Base station | eNB | eNodeB | gNB | gNodeB: 5G next-generation base station | GPS | Global positioning system | HCP | Handover control parameter | HetNet | Heterogeneous network | HIT | Handover interruption time | HO | Handover | HOF | Handover failure | HOFP | Handover failure probability | HOM | Handover margin | HOP | Handover probability | HOPP | Hanover ping pong | IoT | Internet of Things | Km/h | Kilometer per hour | KPIs | Key performance indicators | LTE | Long-term evolution | m | Meter | mmWave | Millimeter wave | ms | Millisecond | PSO | Particle swarm optimization | RATs | Radio access technologies | RBP | Regression-based prediction | RLF | Radio link failure | RLFP | Radio link failure probability | RNN | Recurrent neural network | RSRP | Reference signal received power | RSRQ | Reference signal received quality | RSS | Received signal strength | SDN | Software-defined networking | SS-RSRP | Secondary synchronization-RSRP | TTT | Time to trigger | UDN | Ultradense network | UE | User equipment |
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