1. ARTEMIS Industry Association Title Presentation - 1 MORTIMUS+MACE+DECISIVE (ASP-5) Contact: Mikael Sjödin (mikael.sjodin@mdh.se)

2. ARTEMIS Industry Association Title Presentation - 2 Project Idea Outlook  MORTIMUS+MACE+DECISIVE  Mikael Sjödin (MORTIMUS)  Steffen H. Prochnow (MACE)  Kristina Lundqvist (DECISIVE)  Relevance to the content and objectives of the Call  R&D innovation and technical excellence  Science & Technology approach and work plan  Market innovation and market impact  Quality of consortium and management

3. ARTEMIS Industry Association Title Presentation - 3 Project Idea Outline  MORTIMUS+MACE+DECISIVE  Mikael Sjödin (MORTIMUS)  Steffen H. Prochnow (MACE)  Kristina Lundqvist (DECISIVE) Project Idea: Develop a methodology and tool support for an improved human-centric end-to-end model-driven design flow for complex embedded systems supporting evolutionary system development. Purpose: Overcome current problems in evolutionary development with respect to (1) learning from exiting systems, (2) better understanding of the systems, and (3) decision-support for product management

4. ARTEMIS Industry Association Title Presentation - 4 1.1Relevance (partial)  Relevance to at least one of the Industrial Priorities  Structure editing methods contribute to system processes in elevating the system abstraction and architecture exploration (Sec. 3.1.3 “Design methods and tools”)  Relevance to the sub-programmes  The projects targets with editing, simulation, and parametric analysis definition of meta-data and system layers in order to achieve global development performance and model management  Relevance to the overall ARTEMIS targets  The modeling techniques target the management of the design process that address the complexity issue  Empirical studies for insights and validation of project benefits Relevance and contributions to the content and objectives of the Call

5. ARTEMIS Industry Association Title Presentation - 5  2.1Concept and objectives  Support evolutionary MD-engineering of industrial systems with 3 main legs  Tracing and back-annotation of analysis results through development cycle  Better comprehension of models and analysis results  Support for decisions for product management  We will develop technology in the areas of  Modelling tools  Model transformation  Run-time infrastructure  Decision modelling R&D innovation and technical excellence

6. ARTEMIS Industry Association Title Presentation - 6  2.2Progress beyond the state-of-the-art  Contemporary technologies for MDE lack support for the fact that most systems are developed in an evolutionary fashion  Thus they lack support for  Learning from previous versions of the product  Hand-over of models to new engineering teams  Supporting product-management in steering the product requirements  We support  Learning by back annotation of analysis/monitoring results to model  Hand-over by improved model comprehension  Management by decision models R&D innovation and technical excellence

7. ARTEMIS Industry Association Title Presentation - 7  Modeling an design framework modeling methodologies extendable with domain-specific descriptions Traceability of non-functional properties throughout Model-to-model transformations Efficient model editing and modification editing model structure instead of graphical elements Graphical layout Textual vs. graphical modeling Modeling style guides Analysis Simulation, parametric and static analysis Runtime profiling Operating system support for monitoring Mapping of results to initial models Hardware support for monitoring  Visualization models, simulation, and analysis result Representing only relevant information Focus-and-context simulation Visualization of Event+Data (-flow) Decision making supports Science & Technology approach and work plan

8. ARTEMIS Industry Association Title Presentation - 8 Science & Technology approach and work plan  time-line: 3 years  effort indication: ~1500 MM WP1: Requirements WP6: Industrial validators WP0: Project management WP7: Dissemination & exploitation WP2: Modeling and design frameworks WP3: Analysis techniques WP4: Visualization models WP5: Decision making support

9. ARTEMIS Industry Association Title Presentation - 9 Market innovation and market impact 4.1 Impact  Reduce time-to-market for new products and new releases of existing products  Improve scalability, reuse and portability through a model-driven approach  Improve System model creation and maintenance  Facilitate the transition from a vertically to horizontally oriented market through a general (cross-sectoral) framework for the development of evolutionary embedded software  Improve dependability and software evolution by integrating empirical knowledge into the development flow  Improve system-resource management  Reduce cost for system design, setup and maintenance  Assist in building safety cases

10. ARTEMIS Industry Association Title Presentation - 10 Market innovation and market impact 4.2Dissemination and exploitation  Publications in international conferences and journals  Workshops for model developers and tool providers  Project results will directly influence future European development tools for embedded systems  Potential community for open source components 4.3Contribution to standards and regulations  Structural editing of models aims to ensure syntax conformance → establishment of a method for syntax-consistent editing  Standardized style guides for editing and modeling which help model developers to read and maintain existing models  Meta-model conform version management

11. ARTEMIS Industry Association Title Presentation - 11 Quality of consortium and management 5.1Management structure and procedures  Project coordinator, individual WP leaders  project meetings 5.2Consortium as a whole 5.3Resources to be committed  Tbd. (in the order of 1500-2000 person-months) 1.Bauhaus Luftfahrt (Germany) 2.CEA List (France) 3.DTU Informatics (Denmark) 4.Eindhoven University (Netherlands) 5.Fraunhofer HHI (Germany) 6.Konecranes (Finland) 7.Mälardalen university (Sweden) 8.Nowegian Univeristy of Science and technology (Norway) 9.NXP (Germany) 10.Riga Technical University (Latvia) 11.SQS, Trimek, unimetrik, cbt,UC3M, Universidad de Cantabria, Universidad de Mondragon, Ulma embedded solutions (Spain) 12.Tecnalia (Spain) 13.Technolution (Netherlands) 14.University Carlos III de Madrid (Spain) 15.University of Oulo (Finland) 16.Virtual vehicle competence center (Austria) 17.VTT (Finland)

12. ARTEMIS Industry Association Title Presentation - 12 Thank you, Mikael Sjödin (mikael.sjodin@mdh.se)