SDAP Entity Maintenance via Destination Identifiers in 5G V2X

The patent applies parameter changes by using different destination identifier configurations (single destination ID, combination of source and destination IDs, addition of cast type) to adapt SDAP entity maintenance to various V2X communication scenarios. This allows the system to maintain reliability across different communication modes (unicast, groupcast, broadcast) without requiring fundamentally different maintenance mechanisms for each scenario.

The patent implements universality by designing a unified SDAP entity maintenance method that works across multiple V2X communication scenarios and modes. The same basic maintenance framework (establishment, release, reconfiguration) is applied universally, with flexibility in destination identifier configuration to accommodate different communication types, thereby ensuring reliability without multiplying complexity.

The patent applies segmentation by breaking down the destination identifier into configurable components (source ID, destination ID, cast type) that can be selectively combined based on communication scenario requirements. This modular approach allows the system to adapt to different scenarios by including or excluding specific identifier elements, rather than requiring entirely separate identification mechanisms for each scenario.

The patent implements dynamics by making the destination identifier configuration flexible and adaptable to different communication modes. The system can dynamically select appropriate identifier configurations based on whether the communication is unicast, groupcast, or broadcast, allowing high adaptability while maintaining a unified management framework that prevents complexity from escalating.

The patent applies self-service by enabling the SDAP entity maintenance process to automatically manage establishment, release, and reconfiguration based on destination identifier matching. The system self-regulates entity creation and teardown without requiring manual intervention, ensuring service reliability through consistent automated maintenance while keeping the implementation simple through standardized procedures.

The patent implements feedback mechanisms where the system monitors communication scenarios and automatically adjusts SDAP entity maintenance accordingly. When communication conditions change (e.g., switching between unicast and groupcast modes), the system receives feedback about the new scenario and automatically configures appropriate destination identifiers and maintains corresponding SDAP entities, ensuring reliability without complicating operation.