Virtual Component Emulation for Software-Hardware Compatibility Testing

The patent creates a virtual copy (digital twin) of the physical electronic component that replicates its electrical characteristics, behavior, and functionality. This virtual model enables compatibility testing without requiring access to the actual physical component, thereby maintaining testing accuracy while improving accessibility. The virtual component can be instantiated and manipulated freely in the testing environment.

The patent introduces a virtualization layer that acts as an intermediary between the software application under test and the physical electronic component. This intermediary virtual component provides the necessary interface for compatibility testing, allowing testers to evaluate software-hardware interactions without direct access to the physical component, thus resolving the accessibility constraint.

The patent creates a universal virtual component platform that can simulate multiple different electronic components through a single system. The virtualization infrastructure is designed to be multi-functional, capable of instantiating various component types (sensors, actuators, processors, etc.) using standardized processes and data structures, thereby reducing overall system complexity compared to implementing separate virtualization solutions for each component type.

The patent utilizes parameter-based configuration to define virtual component characteristics, allowing the same virtualization framework to adapt to different component types by changing parameters rather than requiring different system architectures. This parameter-driven approach simplifies the virtualization infrastructure by providing a unified mechanism for creating diverse virtual components.