![]() ![]() In: Proceedings of the 8th International Conference on New Technologies in Distributed Systems, p. In: 1998 Artificial Intelligence and Manufacturing: State of the Art and State of Practice (1998)Īpvrille, L.: TTool for DIPLODOCUS: an environment for design space exploration. Meyer, J., Ball, M., Baras, J., Chowdhury, A., Lin, E., Nau, D., Trichur, V.: Process planning in microwave module production. Elsevier, Amsterdamįriedenthal, S., Moore, A., Steiner, R.: A Practical Guide to SysML. Spyropoulos, D., Baras, J.S.: Extending design capabilities of SysML with trade-off analysis: electrical microgrid case study. Van Huong, P., Binh, N.: Embedded system architecture design and optimization at the model level. The open source toolkit for critical systems. ![]() OMG Systems Modeling Language (OMG SysML™), V1.3. From a component repository and redundancy alternatives, the best design alternatives are generated in order to minimize the total cost and maximize the estimated system reliability. The paper illustrates our methodology by designing an Embedded Cognitive Safety System (ECSS). Then a representation of a constraint satisfaction problem (CSP) is generated with an algorithm from the optimization context and solved with an existing solver. The constraints and objective functions are also added to the initial SysML model, with an optimization context. An initial SysML model is completed with variability information to show up the different alternatives for component redundancy and selection from a library. To achieve this goal, we propose a methodology combining SysML with the variability concept and multi-objectives optimization techniques. This file is an archive of the SysMLKAOSDomainModelRules directory, if you want to download it on your desktop.Obtaining the set of trade-off architectures from a SysML model is an important objective for the system designer. This file represents a rough paper describing the Event-B specification of the translation rules from SysML/KAOS domain models to B System specifications. ABZ2018-Domain_Model_Formalization_old_full_version.pdf : This file fully presents the SysML/KAOS domain modeling language, the context surrounding it and an informal definition of the rules for the translation of domain models to B System specifications. Domain_Model_Formalization-formal_syntax_for_rules_full_version.pdf : This file fully presents the SysML/KAOS domain modeling language, the context surrounding it and the rules for the translation of domain models to B System specifications, along with their Event-B expression. Domain_Model_Formalization-formal_syntax_for_rules_EventB_specification_full_version.pdf : Video at illustrates the behavior of the prototype. The source code of the prototype of the updated language is located in folder theNewSysMLKaosDomainModelingLanguage. The language has been enriched and adapted, based on the work done on some case studies, to better suite the specificities of the B System specification language. Please, open the folder for additional informations. It is build through Jetbrains Meta Programming System, a tool to design domain specific languages using language-oriented programming. It allows the construction ofĭomain ontologies and generates the corresponding B System specifications. This folder contains the source of the tool supporting the SysML/KAOS domain modeling language. This folder contains the source of the Event-B specification, under Rodin, of the translation rules from SysML/KAOS domain models to B System specifications. This folder contains the deliverables related to the use of the FORMOSE approach for the specification of a localisation software component for the Cycab vehicle ( ). This folder contains the deliverables related to the use of the FORMOSE approach on the Landing Gear case study (ABZ 2014) ( ). This folder contains the deliverables related to the use of the FORMOSE approach on the ABZ2018 case study : specification of the hybrid ERTMS/ETCS Level 3 Standard ( ). The project has evolved, but the root directory still contains the source code of the parser implemented with Java and OWL API. The repository was initialy build for an open source tool allowing the parsing of an OWL ontology and the generation of the corresponding Event-B specification. This repository contains the sources and deliverables associated with the SysML/KAOS Domain Modeling language, with the rules allowing the translation of domain models to formal specifications along with their formal expression, verification and validation and finally with the application of the SysML/KAOS method (SysML/KAOS goal and domain modeling) on some case studies. SysML KAOS Domain Model Language : Tools, Rules and Case Studies ![]()
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