Smart Interactive Experiences (SIEs) are usage situations enabled by the Internet of Things that empower users to interact with the surrounding environment. The goal of our research is to deﬁne methodologies and software environments to support the design of SIEs; more speciﬁcally, we focus on design paradigms suitable for experts of given domains, who however might not be experts in technology. In this context, this paper discusses some trade-oﬀs that we identiﬁed between six diﬀerent dimensions that characterise the quality of software environments for SIE design. The trade-oﬀs emerged from the analysis of data collected in an experimental study that compared three diﬀerent design paradigms to understand in which measure each paradigm supports the creative process for SIE design. After reporting on the study procedure and the data analyses, the paper illustrates how the resulting trade-oﬀs led us to identify alternatives for SIE design paradigms, and to structure on their basis a modular architecture of a software platform where the strengths of the three paradigms can be exploited ﬂexibly, i.e. depending on the constraints and the requirements characterising speciﬁc design situations.
|Titolo:||Analysing Trade-offs in Frameworks for the Design of Smart Environments|
|Data di pubblicazione:||2020|
|Appare nelle tipologie:||1.1 Articolo in rivista|
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|Analysing trade offs in frameworks for the design of smart environments.pdf||Documento in Post-print||NON PUBBLICO - Accesso privato/ristretto||Open Access Visualizza/Apri|