MSC Pool Reset Handling via Targeted Release and Pause

The patent segments the reset message transmission by introducing MSC identifier information. Instead of transmitting a global reset message to all BSCs, the reset message is targeted to specific BSCs based on their association with the failed MSC. This is achieved by the BSC determining whether to transmit the reset message based on whether it is connected to the failed MSC, thereby releasing only the connection resources associated with the failed MSC while preserving services distributed to other normal MSCs.

The patent applies local quality by making the reset message transmission conditional and localized. Each BSC evaluates its own connection status with the failed MSC and transmits the reset message only if it has connections to release. This localized approach ensures that only the specific connection resources affected by the MSC failure are released, while other services continue to operate normally on other MSCs.

The patent implements feedback mechanisms through acknowledgment messages. When the BSC releases connection resources, it transmits a reset acknowledgment message to the MSC to confirm the release. Similarly, when the MSC releases resources, it notifies the BSC. This bidirectional feedback ensures that both sides are aware of the resource release status, maintaining connection state consistency while avoiding deadlocks.

The patent applies preliminary action by establishing resource release procedures before potential deadlock situations occur. The BSC and MSC are configured to proactively release connection resources when failure conditions are detected, and to notify each other of the release status. This preliminary resource management prevents the occurrence of connection deadlocks and maintains state consistency.

The patent applies preliminary action by proactively releasing connection resources immediately when failure conditions are detected, rather than waiting for timer expiration. The BSC determines whether to transmit a reset message based on failure detection, and resources are released promptly with acknowledgment exchanged between BSC and MSC. This eliminates the need for extended timer durations and prevents service allocation delays.

The patent enables self-service through the autonomous failure detection and resource release capability of the BSC. The BSC independently determines when to transmit reset messages based on its own failure detection mechanisms, and manages its own connection resource release without relying on extended timers. This self-managed resource release ensures both completeness and timeliness.