Wireless Network Slice Handover Using Radio Signal Levels

The patent applies parameter changes by monitoring specific radio signal parameters (RSRP, SINR, throughput) and using them as decision criteria for network slice selection and handover. Instead of using basic signal strength alone, the system evaluates multiple radio signal parameters against predefined thresholds to determine when to switch slices, enabling adaptive network slice usage based on actual radio conditions.

The system implements feedback mechanisms by continuously monitoring radio signal parameters and using this information to dynamically adjust network slice selection. The network control system receives feedback about current signal conditions and makes real-time decisions about slice handover, creating a closed-loop control system that adapts to changing radio conditions.

The patent applies segmentation by dividing the control system into distinct functional components: a monitoring function that tracks radio signal parameters, an evaluation function that compares parameters against thresholds, and a decision function that triggers slice handover. This modular approach allows precise measurement of multiple parameters while managing system complexity through functional separation.

The system uses dynamics by implementing configurable thresholds and monitoring parameters that can be adjusted based on network conditions and service requirements. The control system adapts its behavior dynamically, changing which parameters are monitored and what thresholds apply, rather than using fixed rigid control logic.