" I don't know how to help with that"-Learning from Limitations of Modern Conversational Agent Systems in Caregiving Networks
Proceedings of the ACM on Human-Computer Interaction, 2023•dl.acm.org
While commercial conversational agents (CA)(ie Google assistant, Siri, Alexa) are widely
used, these systems have limitations in error-handling, flexibility, personalization and overall
dialogue management that are amplified in care coordination settings. In this paper, we
synthesize and articulate these limitations through quantitative and qualitative analysis of 56
older adults interacting with a commercial CA deployed in their home for a 10 week period.
We look at the CA as a compensatory technology in an older adult's care network. We argue …
used, these systems have limitations in error-handling, flexibility, personalization and overall
dialogue management that are amplified in care coordination settings. In this paper, we
synthesize and articulate these limitations through quantitative and qualitative analysis of 56
older adults interacting with a commercial CA deployed in their home for a 10 week period.
We look at the CA as a compensatory technology in an older adult's care network. We argue …
While commercial conversational agents (CA) (i.e. Google assistant, Siri, Alexa) are widely used, these systems have limitations in error-handling, flexibility, personalization and overall dialogue management that are amplified in care coordination settings. In this paper, we synthesize and articulate these limitations through quantitative and qualitative analysis of 56 older adults interacting with a commercial CA deployed in their home for a 10 week period. We look at the CA as a compensatory technology in an older adult's care network. We argue that the CA limitations are rooted in the rigid cue-and-response style of task-oriented interactions common in CAs. We then propose a redesign for CA conversation flow to favor flexibility and personalization that is nonetheless viable within the limitations of current AI and machine learning technologies. We explore design tradeoffs to better support the usability needs of older adults compared to current design optimizations driven by efficiency and privacy goals.
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