The proposed method addresses a significant gap in existing MBSE environments, where engineering models often lack critical planning semantics. By developing a SysML profile that incorporates reusable stereotypes for planning constructs, the method facilitates the generation of planning artifacts directly from engineering models without manual intervention.
This innovation not only streamlines the model transformation process but also ensures consistency across engineering and planning domains. A case study focused on aircraft assembly demonstrates the method’s practical application, showing how enriched models can generate valid planning domain files in Planning Domain Definition Language (PDDL). As a result, organizations can better validate and compare system performance against various alternatives.
The implications of this work extend beyond aircraft assembly, offering potential benefits for industries that rely on complex system designs. However, industries must also weigh the risks associated with implementing a new methodology, particularly in ensuring robust integration with existing workflows and systems. Overall, this advancement signifies a notable step toward the automation of planning processes in engineering contexts.
👉 Pročitaj original: arXiv AI Papers
