Second Chance for a First Impression? Trust Development in Intelligent System Interaction
Author(s) -
Suzanne Tolmeijer,
Ujwal Gadiraju,
Ramya Ghantasala,
Akshit Gupta,
Abraham Bernstein
Publication year - 2021
Publication title -
data archiving and networked services (dans)
Language(s) - English
Resource type - Conference proceedings
DOI - 10.1145/3450613.3456817
Subject(s) - session (web analytics) , computer science , intelligent decision support system , set (abstract data type) , automation , relation (database) , impression , human–computer interaction , component (thermodynamics) , knowledge management , world wide web , artificial intelligence , engineering , data mining , mechanical engineering , physics , programming language , thermodynamics
There is a growing use of intelligent systems to support human decision-making across several domains. Trust in intelligent systems, however, is pivotal in shaping their widespread adoption. Little is currently understood about how trust in an intelligent system evolves over time and how it is mediated by the accuracy of the system. We aim to address this knowledge gap by exploring trust formation over time and its relation to system accuracy. To that end, we built an intelligent house recommendation system and carried out a longitudinal study consisting of 201 participants across 3 sessions in a week. In each session, participants were tasked with finding housing that fit a given set of constraints using a conventional web interface that reflected a typical housing search website. Participants could choose to use an intelligent decision support system to help them find the right house. Depending on the group, participants received a variation of accurate or inaccurate advice from the intelligent system throughout each session. We measured trust using a trust in automation scale at the end of each session. We found evidence suggesting that trust development is a slow process that evolves over multiple sessions, and that first impressions of the intelligent system are highly influential. Our results echo earlier research on trust formation in single session interactions, corroborating that reliability, validity, predictability, and dependability all influence trust formation. We also found that the age of the participants and their affinity with technology had an effect on their trust in the intelligent system. Our findings highlight the importance of first impressions and improvement of system accuracy for trust development. Hence, our study is an important first step in understanding trust development, breakdown of trust, and trust repair over multiple system interactions, informing improved system design.
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