Metamodel-Based Performance Evaluation for an Electromechanical Automotive System

Microelectronics plays a vital role in turning cars greener and safer. Similarly, making our energy system more sustainable is unthinkable without microelectronics. All this only works, when the features and performance of our microelectronic products fit to the need of the application. Ideally they provide not less and not more performance than necessary. To investigate how microelectronic products and applications interact, we propose a metamodelling approach, on top of behavioural modelling. The approach combines device-level with system-level simulations, in order to close the gap between microelectronic product design and related applications design. The methodology allows to check whether a microelectronic product complies with its requirements and is acceptable for operational use in the final system.