Driving Function Activation Modeling for Consistent Data Timing

The patent introduces an activation table as an intermediary component between applications. This activation table stores predefined activation conditions and timing information, mediating the direct communication between applications. When data needs to be transmitted, the activation table evaluates the predefined conditions and determines the appropriate transmission timing, ensuring both real-time responsiveness and data consistency without requiring direct application-to-application communication.

The patent uses template-based activation conditions that can be copied and reused across different applications and scenarios. Instead of manually configuring complex activation logic from scratch for each application, standardized templates with predefined conditions and parameters are created once and then instantiated multiple times. This copying approach maintains system adaptability while significantly reducing development complexity and minimizing errors through proven, tested configurations.

The patent implements preliminary safety checks and validations through predefined activation conditions stored in the activation table. Before complex processing occurs, the system evaluates simpler predetermined conditions (such as timing thresholds, data validity checks, and activation flags) that can be verified with minimal computational resources. This preliminary action approach ensures functional safety requirements are met while avoiding the need for continuously complex high-power processing, as the heavy validation logic is prepared in advance rather than computed in real-time.