http://www.artist-embedded.org/artist/ en SPIP - www.spip.net http://www.artist-embedded.org/artist/UML-Profile-QoS-and-Fault.html http://www.artist-embedded.org/artist/UML-Profile-QoS-and-Fault.html 2006-07-10T15:25:11Z text/html en Bruno Bouyssounouse QoS UML <p>UML extensions for the description and analysis of Quality of Service properties in software architectures and specially the safety analysis and the application of fault tolerance solutions.</p> - <a href="http://www.artist-embedded.org/artist/-Modelling-.html" rel="directory">20. Modelling</a> / <a href="http://www.artist-embedded.org/artist/+-QoS-+.html" rel="tag">QoS</a>, <a href="http://www.artist-embedded.org/artist/+-UML-+.html" rel="tag">UML</a> <div class='rss_chapo'><p>UPM has been involved in the development of this standard and has been the chair of this standard at the OMG</p></div> <div class='rss_texte'><p><strong>Expected next major release date </strong> Revision Task Force. December 2006</p> <p><strong>Technical area(s) which it addresses </strong> Adaptive Real-Time Modelling and Components</p> <p><strong>Short description of the standard </strong> UML extensions for the description and analysis of Quality of Service properties in software architectures and specially the safety analysis and the application of fault tolerance solutions.</p> <p><strong>Technical gains </strong> This standard proposes UML extensions for the description of extra-functional properties associates to services in general. UML do no includes notations to model quality properties of software in general, these properties have been integrated traditionally as informal natural language notes. The extensions propose solutions for the description of the QoS and FT concepts and integrates the notation with the general specification of UML 2. It includes some solutions for the description of Risk assessment analysis and for the description of fault tolerant based software solutions.</p> <p><strong>Previous revisions/versions on which it is based </strong> Draft of Adopted submission: June 2004, Final adopted submission September 2004. June 2005 Final Task Force.</p> <p><strong>Name of the relevant standardisation body </strong> OMG (Object Management Group)</p> <p><strong>Main leader or contact person within this standardisation body, and his/her role </strong> Miguel A. de Miguel</p> <p><strong>Industrial domains impacted </strong> UML Modelling tools vendors, and specially the real-time oriented modelling tools Model-based real-time software development in general.</p> <p><strong>Industrial gains </strong> This standard provides solutions to integrate QoS and fault-tolerance concepts in UML models. They are notations to standardize the application of these technologies in UML. Tool vendors provide support of this UML profile.</p> <p><strong>Name of the your team </strong> Technical University of Madrid</p> <p><strong>Responsibilities in the standard definition </strong> Chairs of this standard. Definition of QoS extensions. Redaction of standard proposal.</p> <p><strong>Main other ARTIST participants </strong> CEA, Thales: Submitters</p> <p><strong>Main other non-ARTIST participants </strong> Submitters: IBM, Ilogix-Inc., Open-IT, ARTISAN, Lockheed Martin, SINTEF, Softeam</p></div>