Mobile Relay Intra-Frequency Reselection With Broadcast Offsets

The patent applies preliminary action by pre-calculating and storing offset values in the relay node before they are needed for cell reselection. The relay node determines offset values based on its mobility state and stores them locally, so that when cell reselection is required, the pre-computed offset can be immediately applied without requiring real-time network signaling updates. This resolves the contradiction by preparing the accuracy-enhancing offset values in advance, eliminating the need for frequent signaling updates.

The patent implements self-service by enabling the relay node to autonomously determine and apply offset values based on its own mobility state without requiring continuous network intervention. The relay node monitors its mobility state and automatically selects appropriate offset values from its stored set, performing the cell reselection optimization function independently. This eliminates the need for frequent network-initiated system information block updates, thereby improving cell reselection efficiency while reducing network resource consumption.

The patent applies dynamics by making the offset value selection adaptive to the relay node's mobility state. The system maintains a set of offset values corresponding to different mobility states (e.g., stationary, slow-moving, fast-moving), and the relay node dynamically selects the appropriate offset based on its current mobility condition. This dynamic adaptation ensures communication reliability is maintained across varying mobility scenarios without requiring complex real-time calculation or centralized control, as the mobility-state-based selection simplifies the decision-making process.