The UML suite of modeling languages fails to properly model the human-computer interaction. On
the other hand, newly conceived HCI modeling languages need to foresee their role as members of the
family of languages that constitute the UML representations for software design, due to their wide
acceptance by both researchers and practitioners. MoLIC, our proposed HCI modeling language,
seems to be a natural family member since many consistency checks seem to be possible between
MoLIC and other software design notations used in UML. MoLIC is based on Semiotic Engineering
and represents interaction as threads of conversation users may have with the system.
%0 Conference Paper
%1 dePaulaEtAl03
%A de Paula, María Greco
%A Barbosa, Simone Diniz Junqueira
%A de Lucena, Carlos José Pereira
%B Proceedings of the IFIP INTERACT 2003 Workshop
%D 2003
%K humancomputerinterface softwareengineering dialogue dialoguemodeling uml
%T Relating human-computer interaction and software engineering concerns: Towards extending uml through an interaction modelling language
%X The UML suite of modeling languages fails to properly model the human-computer interaction. On
the other hand, newly conceived HCI modeling languages need to foresee their role as members of the
family of languages that constitute the UML representations for software design, due to their wide
acceptance by both researchers and practitioners. MoLIC, our proposed HCI modeling language,
seems to be a natural family member since many consistency checks seem to be possible between
MoLIC and other software design notations used in UML. MoLIC is based on Semiotic Engineering
and represents interaction as threads of conversation users may have with the system.
@inproceedings{dePaulaEtAl03,
abstract = {The UML suite of modeling languages fails to properly model the human-computer interaction. On
the other hand, newly conceived HCI modeling languages need to foresee their role as members of the
family of languages that constitute the UML representations for software design, due to their wide
acceptance by both researchers and practitioners. MoLIC, our proposed HCI modeling language,
seems to be a natural family member since many consistency checks seem to be possible between
MoLIC and other software design notations used in UML. MoLIC is based on Semiotic Engineering
and represents interaction as threads of conversation users may have with the system.
},
added-at = {2006-07-04T10:56:20.000+0200},
author = {de Paula, María Greco and Barbosa, Simone Diniz Junqueira and de Lucena, Carlos José Pereira},
biburl = {https://www.bibsonomy.org/bibtex/28ef394a037ce37c54d3976d8a2933308/tmalsburg},
booktitle = {Proceedings of the IFIP INTERACT 2003 Workshop},
interhash = {5adfe733182bd1e2bd099a5ba3d80320},
intrahash = {8ef394a037ce37c54d3976d8a2933308},
keywords = {humancomputerinterface softwareengineering dialogue dialoguemodeling uml},
timestamp = {2006-07-04T10:56:20.000+0200},
title = {Relating human-computer interaction and software engineering concerns: Towards extending uml through an interaction modelling language},
year = 2003
}