Towards an approach of formal verification of mediation protocol based on web services

Graiet, Mohamed; Maraoui, Raoudha; Kmimech, Mourad; Bhiri, Mohamed Tahar; Gaaloul, Walid

doi:10.1145/1967486.1967502

Cited by 8 publications

(1 citation statement)

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“…In the systems that we are interested in, and precisely the web services composition, it must be able to express constraints such as functional and non-functional properties of web services composition. Taking our previous work [17] into consideration, it was necessary to specify an action as "invariant" or "heuristic". These requirements are contained in an automatic manner in the resultant code.…”

Section: A Limit Of Uml In the Field Of Systems Engineering And Provmentioning

confidence: 99%

Integrating the SysML and ACME in a Model Driven Engineering Approach to Verify the Web Service Composition

Maroui

Ayeb

2015

2015 IEEE 24th International Conference on Enabling Technologies: Infrastructure for Collaborative Enterprises

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Systems engineering, and especially the modeling of the Web service composition, needs proper means for verification to detect critical issues as soon as possible. The objective of our work is to identify a verifiable subset of SysML (System Modeling Language) that is usable by system engineers, while still amenable to automatic transformation towards formal verification tools. As we are interested in proving properties expressed using invariants, we consider the ACME/ARMANI language for this purpose. Our approach consists in an alignment of SysML concepts with an identified subset of the ACME language, using similarities between both languages. We define a SysML models and a transformation towards the ACME/ARMANI language for verification of the consistency of Web services composition. The obtained MDE(Model Driven Engineering) process is applied to a simplified concrete case study of travel system online: a SysML model is designed with properties, then automatically transformed into ACME/ARMANI, and finally imported into AcmeStudio tool for automated proof of the properties.

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Section: A Limit Of Uml In the Field Of Systems Engineering And Provmentioning

confidence: 99%