MSIM Alert Reception Priority for Single-Receiver Conflicts

The patent implements dynamic receiver resource allocation by introducing a priority mechanism that adjusts receiver assignment based on alert importance. The system dynamically switches between receiving alerts from different SIMs based on priority levels, allowing the single receiver to adaptively serve multiple SIMs without permanent conflicts. This resolves the contradiction by making the receiver configuration flexible rather than static.

The patent changes the parameter of receiver resource allocation from equal distribution to priority-based allocation. By introducing priority parameters for different alert types and SIMs, the system optimizes the single receiver's utilization to ensure critical alerts are received reliably while maintaining support for multiple SIMs. This parameter change resolves the contradiction between simplicity and reliability.

The patent implements periodic release and reassignment of receiver resources. Instead of permanent locking, the system locks receiver resources for a SIM only for the duration needed to receive a specific alert, then releases them periodically to allow other SIMs to access the receiver. This periodic action pattern ensures both reliable reception for the active SIM and adaptability for other SIMs.

The patent makes the receiver resource allocation dynamic through priority-based locking and unlocking. The system dynamically adjusts which SIM locks the receiver based on current alert priorities and timing, allowing the receiver to be exclusively assigned to one SIM at a time while maintaining versatility across multiple SIMs over time. This dynamic approach resolves the contradiction between reliability during reception and adaptability across SIMs.

The patent implements preliminary prioritization of alerts before reception. By pre-assessing and ranking alerts from different SIMs based on importance and timing, the system ensures that the single receiver is always assigned to the most critical alert first. This preliminary action prevents information loss by ensuring that high-priority alerts are captured before lower-priority ones, maintaining information completeness despite the single receiver constraint.

The patent dynamically adjusts receiver allocation based on real-time alert priorities to prevent information loss. The system continuously monitors incoming alerts from multiple SIMs and dynamically switches receiver assignment to ensure that important information is never missed. This dynamic adaptation maintains information completeness while keeping the receiver configuration simple.