Engineering Reliable Interactions in the Reality-Artificiality Continuum
Davide Ancona (University of Genova, DIBRIS), Chiara Bassano, (University of Genova, DIBRIS), Manuela Chessa (University of Genova,, DIBRIS), Viviana Mascardi (University of Genova, DIBRIS), Fabio Solari, (University of Genova, DIBRIS)
TL;DR
This paper introduces the concept of a bidimensional Reality-Artificiality Continuum (RAC) to better understand and support reliable social interactions across real, virtual, and artificial contexts.
Contribution
It proposes the RAC framework, extending Milgram's continuum to include social dimensions, and discusses design challenges for reliable interactions within this model.
Findings
Introduces the RAC framework as a new conceptual model.
Identifies key challenges in designing reliable interactions.
Discusses potential approaches to support interactions in RAC.
Abstract
Milgram's reality-virtuality continuum applies to interaction in the physical space dimension, going from real to virtual. However, interaction has a social dimension as well, that can go from real to artificial depending on the companion with whom the user interacts. In this paper we present our vision of the Reality-Artificiality bidimensional Continuum (RAC), we identify some challenges in its design and development and we discuss how reliable interactions might be supported inside RAC.
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