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| Title | Understanding the Suitability of Modeling Languages and Notations to Represent Computer-Mediated Interaction Scenarios |
| Authors | Maximiliano Canche, Sergio Ochoa, Daniel Perovich |
| Publication date | 2022 |
| Abstract | Mobile computing has allowed us to conceive software systems to support mobile collaborative work in several business domains, like hospital work, emergency response, and urban maintenance. A key design aspect to model these systems is the representation of the computer-mediated interaction scenarios in which collaboration among mobile workers takes place. The current literature does not report surveys on modeling languages and notations potentially useful to represent these interaction scenarios, nor indicates what capabilities should have these representations to be useful for software designers. This article presents a review of visual languages and notations that can be used to model these interaction scenarios, establishes a set of capabilities these representations should have, and evaluates the suitability of modeling languages and notations to create these representations. The results of this study help researchers identify opportunities to improve the current modeling languages and notations, and also practitioners to select the most appropriate ones to specify the computer-mediated interaction scenarios to be supported with a mobile collaborative application. |
| Pages | 677-686 |
| Conference name | International Conference on Information Technology & Systems |
| Publisher | Springer International Publishing AG (Gewerbestrasse 11, 6330 Cham, Switzerland) |
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