![]() | Research Unit in Networking | ![]() |
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Abstract |
E. Koerner1
and L. Strick2
1 Research unit in Networking, EECS department, University of Liège, Belgium (1997) AbstractWe integrate the formal language LOTOS into a design framework for TINA-based applications. The behaviour model of TINA service components in the ODP computational viewpoint can be formally specified and verified. Compliance checks with the enterprise model can then be carried out by comparing requirements against the computational specification. Aspects of specifying computational objects with multiple interfaces are also pointed out. All discussions are based on a case study of a floor control component designed for a TINA multimedia collaboration service.KeywordsLOTOS, ODP viewpoints, TINA, verification, viewpoint compliance |
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