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| GIM>Research>Publication |
| PUBLICATION |
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| Full record |
| Title: | UML/MARTE methodology for high-level system estimation and optimal synthesis |
| Type: | International Conference |
| Where: | MeCoES - Metamodeling and Code Generation for Embedded Systems, ESWeek 2012 |
| Date: | 2012-10 |
| Authors: |
Héctor Posadas
Pablo Peñil
Alejandro Nicolás
Eugenio Villar
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| R&D Lines: |
Design and verification of HW/SW embedded systems
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| Projects: |
FP7 288307 PHARAON
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| ISBN: | |
| PDF File: | see file
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| Abstract: | Design of embedded systems is facing the challenge of their growing complexity and strict performance requirements. Model-driven design solutions are very common in this context, where the UML/MARTE profile is a well-known solution for real-time, embedded system modeling. During the design process, several specification alternatives can be considered; specifically, the HW/SW platform, concurrent application structure, application allocation into HW/SW platform resources, etc. The exploration of these design alternatives enables a set of performance estimations to be obtained in order to choose the optimal specification, facilitating system implementation and minimizing designer effort. The paper proposes an UML/MARTE methodology the enables automatic estimation of the system to be implemented. Once the optimal system specification has been defined, the proposed UML/MARTE methodology enables the final system to be implemented through an automatic synthesis process.
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