Project overview

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The recent adoption of the UML MARTE standard is a great success issued from an intensive work launched four years ago by THALES, CEA LIST and INRIA and supported by a large international and representative consortium including important tool editors (ARTISAN, IBM/Rational/ Telelogic/I-Logix, MathWorks, Mentor Graphics…), users (Alcatel-Lucent, France Telecom, Loocked-Martin, THALES…) and academics (CEA LIST, INRIA, SEI/Carnegie Mellon Univ., Univ. Cantabria, Univ. Carleton…). In parallel we observe an intense activity in embedded domains, in particular for automotive and avionics, to standardise and deploy component-based middleware technologies. These activities are by essence strongly linked to the modelling approaches, in particular regarding architecture descriptions and non-functional requirements. The two domains automotive and avionics have developed their own specification and execution platform standards (AADL, ARINC, AUTOSAR, EAST-ADL2, OSEK…) and are looking to integrate some other related approaches such as LwCCM or UML/SysML profiles with particular interests on non-functional property descriptions (this covers, namely, resource, timing, and safety requirements). Interfaces to these standards have already been proposed and defined in MARTE. However, the knowledge of MARTE in the embedded community, both on industry and on academia side, is not sufficient to ensure a good level of understanding of its capacities and its use. The objective of ADAMS is thus to trigger the knowledge dissemination by exploiting MARTE in industrial practice amongst others by restructuring or refining MARTE methods and tools based on feedback from practice.

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2010-06-29

ADAMS Final Review Schedule June 29 2010

The second year review of the project has been schedule for Tuesday June the 29th 2010, at 14:00h in the Radisson Blu Arlandia Hotel, Stockholm, Sweden.

2010-04-01

IEEE International Workshop on Model-Based Engineering for Real-Time Embedded Systems Design (MoBE-RTES 2010, in conjunction with IEEE ISORC Symposium)

IEEE International Workshop on Model-Based Engineering for Real-Time Embedded Systems Design (MoBE-RTES 2010, in conjunction with IEEE ISORC Symposium)
http://www.artist-embedded.org/artist/Overview,1896.html
Carmona (close to Sevilla), Spain, May 4th, 2010
Abstract: Model-Based Engineering (MBE) is evolving into a fully-fledged engineering discipline, with well-established standards, industrial-strength tools, and emerging theoretical foundations. Models are being used to specify the artifacts, structure, and behavior of complex and mission-critical systems in various domains. MBE provides the ability to, design, analyze, validate, and implement such systems using much higher levels of abstraction and computer-based automation than traditional approaches to software development. One of the most challenging domains for which MBE is a natural fit is the development of Real-time and Embedded Systems (RTES). The focus of this workshop is identifying the critical challenges in the RTES domain and how MBE techniques and standards can be used to overcome them.
Short minutes: (Statistics: 8 submitted papers, 7 accepted papers and more than 20 participants). We have had very high quality submissions. Authors have discussed the use of MARTE with respect to safety analyses and to the architectural specification of systems. Some authors achieved the same result even if they adopted a different methodology: MARTE could improve a model-based safety analyses – thus integrating safety analyses in a model-engineering approach. Feedback by participants, authors and conference organizations has been positive.
2010-04-01

First workshop on Distributed Architecture modeling for Novel Component based Embeded system (DANCE'2010)

First workshop on Distributed Architecture modeling for Novel Component based Embeded system (DANCE'2010). Tauzer, Tunisia, Mai 30th, 2010
http://www.irit.fr/DANCE2010/

Abstract: Distributed systems research covers a wide spectrum of applications ranging across embedded real/time systems, commercial transaction systems, transportation systems, and military/space systems. Such systems are subject to some paradigms including coordination due to the absence of centralization, and too much uncertainly result of hardware of software behaviors, heterogeneity and son forth. Indeed, such systems raise several issues not found in single processor systems. The main difficulty arises when considering dependability, security, adaptability and resources constrained computing. This area requires computing systems to run software in an efficient and trustworthy way. That is, in order to be able to design complex architectures in reasonable time, novel and effective design methodologies are needed to automatically build applications from high-level descriptions to take into account what needs to be deployed on hardware. To remedy this weakness, combining both model and component seems to be a very promising cocktail for building solutions to this problem.

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