Artemis-2011-1 decision and platform support for model‐based eVolutionary development of Embedded systems Date of preparation
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- Integrasys
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Ikerlan-IK4IKERLAN-IK4 (www.Ikerlan-K4.es) is a Spanish private not-for-profit Technology Centre set up in 1974. It is the key technological R&D actor within the Mondragon Cooperative Corporation (MCC) (www.mcc.es), Spain’s sixth-largest industrial corporation. With a staff of more than 200 qualified researchers and engineers IKERLAN-IK4 is a reference for innovation to advanced technology transfer to industry, and comprehensive product development for a wide variety of domains: transportation, automation, industrial, medical, etc. It has 30+ years of expertise in systems, software, new methodologies, standardisation or software to make new products, where dependability, modeling and evolution are key points. The Embedded Systems Group at IKERLAN-K4 has a track record of proven R&D projects for national/international R&D programs and projects under contract from different companies that have required embedded intelligence in their new products. (InHoMNet, Robocop, Space4u, Trust4All, Teaha, Amigo, Genesys, TECOM, TERESA, MultiPARTES, eDIANA). The group has also a proven experience in the model-driven development of safety-critical / safety–related embedded systems, and certification based on the IEC-61508 standard. This knowledge has been applied in the development of some dependable system(s) for some of our most important customers such as Orona (lift and escalators), CAF (railway systems) and Alstom Wind (Wind turbines). Main role in the project Interest and capabilities to cooperate in some of the WPs: Requirements (WP 1), Modeling and design frameworks (WP 2), Analysis techniques (WP 3) and Industrial validators (WP 6). We could contribute developing mixed criticality architectures and methodology to enable the co-existence and evolution of multiple systems of different levels of criticality on the same computational platform. Since IKERLAN-IK4 works close to the industry, we could contribute with real demonstrators for industrial control or transportation: development of some prototype of the envisioned architectures and the methodology for complex industrial control, supported by appropriated modeling (for example using sysML, Simulink, SCADE or DSL-based tools), configuration and validation tools
He has received a B. Eng in Industrial and Robotics at Mondragon University, a M.Sc. in Electronics & Electrical Engineering at the University of Glasgow and completed his PhD in Computer Sciences at TU WIEN in the field of safety-critical embedded systems. He has previously worked for Motorola Semiconductor in the field of multicore DSPs. Dr. Salvador Trujillo is currently leading a research team on embedded systems methodologies within the embedded group where advanced systems and software engineering paradigms (such as Model-Driven Development, Model-Based Systems Engineering and Product Lines) are applied to dependable embedded systems. He is leading green energy and railway control system projects applying these paradigms in practice, also with publications on the topic. He is currently project coordinator of FP7 MultiPARTES and also participating within FP7 TERESA on safety, MDD and product-lines. He is author of several peer-reviewed scientific publications in systems and software engineering conferences like ICSE, SPLC, ECMFA, etc. He also holds an Executive MBA degree from ESEUNE Business School. IntegrasysMain role in the project Staff members profile Mondragon UnibertsitateaMain role in the project Staff members profile ULMA Embedded SolutionsMain role in the project Staff members profile Mälardalen UniversityMain role in the project Staff members profile VolvoMain role in the project Staff members profile EIS SemconMain role in the project Staff members profile Hoxville OyMain role in the project Staff members profile Technische Universiteit DelftThe TU-Delft Algorithmics groups is experienced in designing algorithms as well as the computational analysis and empirical evaluation of such algorithms in several application domains. Main role in the project TUD is involved in research on the development of automated fault diagnosis techniques for embedded systems based on both SFL (Spectrum based Fault Localization) and MBD (Model Based Diagnosis). TUD will contribute to the Monitoring and Analysis Framework by developing adaptive fault localization methods that by combining SFL and MBD techniques and creating rules based on previous fault localizations will result in a self-improving fault localization method significantly enhancing the diagnostic accuracy of existing techniques. Staff members profile Prof.Dr. Cees Witteveen he is a full professor in Algorithmics at the Faculty of Department of Electrical Engineering, Mathematics and Computer Science of TU Delft. He has been visiting professor at both Utrecht University and the Center for Mathematics and Computer Science (CWI) in Amsterdam. His current research interests are the design, analysis and evaluation of coordination algorithms in distributed systems with self-interested actors. He has published more than 180 refereed papers and journal articles in these fields. He has been project leader of more than 15 externally funded research projects on plan coordination in multi-agent systems, diagnosis, incident management, hybrid computing and obtained research grants from the Dutch National Science foundation (NWO and STW) and national BSIK programs. Directory: projects -> decisive -> lib -> exe projects -> Terminal Decision Support Tool Systems Engineering Graduate Capstone Course Aiman Al Gingihy Danielle Murray Sara Ataya projects -> Rajinder Sachar Committee projects -> Cape Lookout National Seashore Historic Resource Study By projects -> Cape Lookout National Seashore Historic Resource Study By projects -> Revolutionizing Climate Modeling – Project Athena: a multi-Institutional, International Collaboration projects -> What is a Hurricane? projects -> General Information projects -> Press Information projects -> 1 Introduction 3 2 Designing an Embedded System 4 exe -> 1 Beneficiaries (Partner Description) Download 469.39 Kb. Share with your friends:
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