Algorithm Calling Decoupling via Fusion Module

The patent introduces an algorithm management module as an intermediary between the control module and algorithm module. This management module handles algorithm loading, selection, and calling, allowing the control module to interact with algorithms without direct coupling to the algorithm implementation details. The management module acts as a buffer that decouples the control logic from algorithm specifics, enabling independent maintenance and updates.

The patent segments the algorithm system into distinct components: the control module, the algorithm management module, and the algorithm module. By separating the algorithm management functionality into its own dedicated module, the system achieves better modularity. This segmentation allows each module to be developed, tested, and maintained independently, improving overall maintenance efficiency while preserving algorithm execution capability.

The algorithm management module is designed with universal functionality to handle multiple algorithm types and versions. It provides a standardized interface for algorithm loading, selection, and execution that works regardless of which specific algorithm is being used. This multi-functional design allows new algorithms to be added to the algorithm module without requiring modifications to the control module, as the management module universally handles all algorithm interactions.

The patent extracts the algorithm management functionality from the control module and places it in a separate algorithm management module. This extraction removes the burden of algorithm management from the control module, allowing the control module to remain simple and unchanged when new algorithms are added. The management module alone handles the complexity of integrating new algorithms, preserving control module stability while enabling algorithmic versatility.