Virtual Front Lamp Control Simulation for Faster Vehicle Verification

The patent applies preliminary action by performing verification and correction of control programs and setting data before actual vehicle deployment. The simulation system allows developers to test and validate front lamp control behaviors in a virtual environment, identifying and correcting issues before they reach the production stage, thereby improving reliability while managing development time efficiently.

The patent uses copying by creating a virtual replica of the front lamp control system and its operating environment. Instead of testing every scenario with physical vehicles, the system copies the control logic and environment into a simulation framework, allowing extensive verification without proportionally increasing physical testing resources or development time.

The patent applies universality by designing a simulation system that can handle multiple types of control apparatuses simultaneously. The virtual environment supports various control functions (detection, front lamp control, etc.) within a single integrated platform, allowing different development groups to verify their respective control apparatuses using the same universal simulation framework, thereby reducing coordination complexity.

The simulation system acts as an intermediary between multiple control apparatuses developed by different groups. It provides a common verification platform that mediates the interaction and coordination requirements, allowing separate development teams to work independently while their controls are integrated and tested together in the virtual environment, reducing the complexity of direct coordination.