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This paper addresses the challenge of efficiently representing and communicating decisions about humancomputer interaction to collaborate with software engineers. It describes and illustrates in a case study how an interaction modeling language based on the semiotic engineering of human-computer interaction may be used to derive a skeleton of certain UML diagrams, namely: use case, class, and sequence diagrams. Our goal is to provide a clear representation of the interactive exchanges that may take place, in order to prevent human-computer interaction decisions to be lost or inadvertently overruled when designing the system architecture and internal functional behavior.

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