Communication Node Model Libraries for Multi-Generation Digital Twins

The communication node is designed with a model library that stores digital twin models for multiple communication systems (4G, 5G, 6G) and network elements. The node can selectively acquire and construct digital twins for different communication systems based on demand, transforming from a dedicated single-function node to a universal multi-functional platform that serves various communication generations and network element types.

The digital twin construction capability is segmented into modular components: a model library containing separate models for different communication systems and network elements, an acquisition module that selects specific models, and a construction module that builds the digital twin. This segmentation allows the node to handle multiple communication systems independently while maintaining construction accuracy for each specific system.

The complex universal capability is segmented into manageable modules: a centralized model library storing standardized models for different communication systems, an acquisition module that filters and selects appropriate models, and a construction module that executes the building process. This modular architecture reduces overall system complexity by organizing functionality into independent, reusable components.

Instead of implementing complete digital twin construction capabilities for every communication system from scratch, the node uses pre-generated and stored models as templates. The acquisition module retrieves relevant models from the library, and the construction module adapts them to specific needs. This copying approach significantly reduces device complexity compared to building all capabilities internally.

Digital twin models for various communication systems and network elements are pre-generated and stored in the model library before actual construction needs arise. When a digital twin is required, the acquisition module quickly retrieves the appropriate pre-prepared model from the library, eliminating the need for time-consuming real-time model generation and significantly improving construction efficiency.

The system uses standardized pre-generated models as templates that can be rapidly copied and adapted for different communication systems. This approach improves efficiency by reusing validated model structures while keeping system complexity manageable through standardized model formats and acquisition/construction modules that handle model retrieval and adaptation automatically.