AP ID Validation for UE-Associated Logical Connections

The patent segments the AP ID validation process into two distinct parts: (1) validation of the local AP ID generated by the receiving node, and (2) validation of the remote AP ID received from the sending node. By separating these validation tasks, the patent applies different validation strictness to each part, reducing overall computational burden while maintaining essential reliability.

The patent applies partial validation action by performing full validation only on the local AP ID (which the receiving node generates and controls) while applying minimal or no validation on the remote AP ID (which comes from the peer node). This partial approach avoids the excessive computational cost of validating both IDs equally, thereby improving network node performance while maintaining sufficient routing reliability.

The patent extracts and removes the uniqueness checking step for remote AP IDs from the validation process. Since the receiving node cannot efficiently verify whether a remote AP ID is unique across the network, the patent eliminates this computationally expensive operation while retaining validation of local AP IDs, thereby reducing computational load without significantly compromising error detection capability.

The patent introduces an intermediary approach where the sending node is trusted to provide valid remote AP IDs, and the receiving node accepts these IDs without performing expensive uniqueness verification. This intermediary trust model acts as a mediator between strict validation requirements and computational constraints, reducing complexity while maintaining acceptable error detection through local ID validation.