An Efficient Modeling and Execution Framework for Complex Systems Development

@article{Perseil2011AnEM,
  title={An Efficient Modeling and Execution Framework for Complex Systems Development},
  author={Isabelle Perseil and Laurent Pautet and Jean-François Rolland and Mamoun Filali and Didier Delanote and Stefan Van Baelen and Wouter Joosen and Yolande Berbers and F. Mallet and Dominique Bertrand and S{\'e}bastien Faucou and Abdelhafid Zitouni and Mahmoud Boufa{\"i}da and Lionel Seinturier and Jo{\"e}l Champeau and Thomas Abdoul and Peter H. Feiler and Chokri Mraidha and S{\'e}bastien G{\'e}rard},
  journal={2011 16th IEEE International Conference on Engineering of Complex Computer Systems},
  year={2011},
  pages={317-331}
}
  • I. Perseil, L. Pautet, +16 authors S. Gérard
  • Published 2011
  • Computer Science
  • 2011 16th IEEE International Conference on Engineering of Complex Computer Systems
In this paper, we present different modeling and execution frameworks that allow us to efficiently analyze, design and verify complex systems, mainly to cope with the specific concerns of the Real-time and embedded systems (RTE) domain. First we depict a UML /MARTE based methodology for executable RTE systems modeling with a framework and its underlying model transformations required to execute UML models conforming to the MARTE standard. The advantages of adopting a more generic action… Expand
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References

SHOWING 1-10 OF 29 REFERENCES
IF-2.0: A Validation Environment for Component-Based Real-Time Systems
TLDR
This work focused on static analysis (such as slicing and abstraction) which are mandatory for an automated validation of complex systems and was successfully used on several case studies. Expand
Clock Constraints in UML/MARTE CCSL
TLDR
This paper presents, for the first time, the formal semantics of some representative CCSL clock constraints concerning logical discrete-time and proposes a dynamic interpretation to build acceptable solutions that fully respect the constraints. Expand
UML/MARTE CCSL, Signal and Petri nets
TLDR
A formal semantics to a core subset of MARTE clock constraint languages is given and the equivalent interpretation of this kernel is given in two other very different formal languages, Signal and Time Petri Nets. Expand
NTIF: A General Symbolic Model for Communicating Sequential Processes with Data
TLDR
This paper draws attention to the limitations of the guarded commands paradigm and proposes a better model named NTIF (New Technology Intermediate Form), which is well-adapted to compiling high-level, concurrent languages (such as the recent E-LOTOS standard). Expand
A two-aspect approach for a clearer behavior model
TLDR
This paper depicts how application behavior can be clearly modeled applying separation of control and computation aspects of behavior in UML, and focuses mainly on how suitable separation of concerns may ease reusability and maintainability. Expand
Using the Model Paradigm for Real-Time Systems Development: ACCORD/UML
TLDR
The ACCORD/UML approach that was originally designed to lighten the daily workload of automotive engineers by relieving them of need for real-time expertise is described, to offer solutions to the challenge of being both business experts and advanced software developers. Expand
Weaving executability into object-oriented meta-languages
TLDR
This paper explores the idea of using aspect-oriented modeling to add precise action specifications with static type checking and genericity at the meta level, and believes that such a combination would bring significant benefits to the community, such as the specification, simulation and testing of operational semantics of metamodels. Expand
Modeling of immediate vs. delayed data communications: from AADL to UML Marte
TLDR
The forthcoming OMG UML Profile for Modeling and Analysis of Real-Time Embedded systems (MARTE) aims at providing a referential Time Model subprofile where semantic issues can be explicitly and formally described and the abilities of MARTE are described. Expand
A Study of the AADL Mode Change Protocol
TLDR
This paper describes a contribution to the verification of AADL models, which focuses on the part of the language dealing with operating modes and explains how the resulting time Petri net model can be used to verify some real-time properties of the A ADL model. Expand
Dealing with AADL End-to-End Flow Latency with UML MARTE
TLDR
This work investigates how MARTE, with its Time Model facilities, can be made to represent faithfully AADL periodic/aperiodic tasks communicating through event or data ports, in an approach to end-to-end flow latency analysis. Expand
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