Professors and graduate students in embedded systems or software engineering.
Preparing a tutorial or lecture on MARTE for embedded systems courses.
This mind map, presented at the SOC-SIP/ISIS GDR day, focuses on modeling Systems on Chip (SOCs) and Systems in Package (SIPs) using the MARTE UML profile. Created by Pierre Boulet, it covers the MARTE tutorial, related UML profiles for embedded system design, and surrounding activities such as the M-BED 2010 workshop and projects like ADAMS, Saturn, and Attest2. The template includes 36 nodes organized under four main branches: 'Pierre Boulet', 'UML profiles for embedded system design', 'MARTE Tutorial', and 'Activities around MARTE'. It serves as a cheat sheet for researchers and engineers working with MARTE for real-time embedded systems.
Terms and ConditionsPreparing a tutorial or lecture on MARTE for embedded systems courses.
Starting a research project that requires modeling SOCs/SIPs with UML profiles.
Reviewing EU-funded projects related to MARTE for collaboration or benchmarking.
Open the .xmind file to review the four main branches covering MARTE tutorials, UML profiles, and related embedded system design activities.
Click the embedded hyperlinks to access external MARTE documentation and insert your own sub-nodes to tailor the modeling concepts to your project.
Save your customized mind map and export it as an image or PDF to share your SOC and SIP modeling insights with your team.
MARTE (Modeling and Analysis of Real-Time and Embedded systems) is a UML profile for designing and analyzing real-time embedded systems, including SOCs and SIPs.
The template was created by Pierre Boulet, a researcher in embedded system design, and presented at the SOC-SIP/ISIS GDR day.
It includes links to the official MARTE tutorial website (omgmarte.org) and a PDF file (TutorialMARTE-Final_version1_1.pdf).
Projects include ADAMS, Saturn, Attest2, Genesys, Cesar, Verde, and Lambda, each with their funding framework (e.g., FP7, Artemis, ITEA2).
Yes, you can open the .xmind file in Xmind and edit nodes, add links, or reorganize branches to fit your research or teaching needs.
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