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Demand-Driven Configuration Method and Model for Equipment Performance Indices
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DOI：10.3390/electronics15122634.png)
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Abstract
En 中文
The requirement for rapid and diversified performance index demonstrations for complex equipment systems conflicts with traditional fixed and singular demonstration templates. In this study, we propose a rapid demonstration model for complex equipment performance indices based on requirements to solve this limitation. We established a demonstration framework encompassing diverse requirements, schemes, and demonstration data, along with a demonstration process model based on dynamic requirements integrated through the framework. The requirement elements and index elements for demonstration are dynamically configured by characterizing the requirements and knowledge at the granularity and unit levels. Combined with a structured knowledge template, we constructed a dynamic demonstration template linking requirements and knowledge associations based on a form configuration, which constitutes a rapid configuration method for equipment performance index demonstration templates. Diverse index demonstrations for new equipment can be realized by instantiating the requirements-driven equipment performance index demonstration method. Finally, we developed a rapid demonstration tool for the error analysis of antenna arrays to verify the rationality and effectiveness of the proposed method.
Keywords:
requirement-based
performance demonstration
knowledge template
antenna array