Memory with Meaning: Enabling Value-Centric Long-Term Human-Agent Dialogue

When a human makes a decision, an observer may want to understand the reasons and motivations behind the decision. This understanding is important when IVAs are involved in contextual decision-making or coaching practices. To address this challenge, we propose that an agent’s understanding of its user should include knowledge of the user’s underlying values. Humans prioritise different values – sometimes contradictory – in a manner that depends on the context. We present a method where the agent and user build the required context-sensitive value model together. We use Schwartz’s value theory, which places individuals’ values into ten categories. In a between-subject experiment, with three sessions on different days, we elicit user values by presenting them with moral dilemmas in different contexts on the first day, refine the model by asking users to argue about contradictions on the second day, and let them reflect on the model that they have built together with the system on the third day. We find that users exposed to a value-aware condition are more likely to agree with the robot’s representations of their values post-reflection than those in a baseline. Participants also prioritise different values depending on the context, agreeing with previous findings.

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Publication Details

Published
2024-09-16
DOI
https://doi.org/10.1145/3652988.3673925
Citations
2
Primary Topic
Social Robot Interaction and HRI
Type
article
Field-Weighted Citation Impact
1.29
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article

Memory with Meaning: Enabling Value-Centric Long-Term Human-Agent Dialogue

Catharine Oertel, Agnes Axelsson, Mark A. Neerincx, Tom Saveur et al.
2 citations
Social Robot Interaction and HRI
1.29
article

Memory with Meaning: Enabling Value-Centric Long-Term Human-Agent Dialogue

Catharine Oertel, Agnes Axelsson, Mark A. Neerincx, Tom Saveur, Franziska Burger
article en
2 citations

Abstract

When a human makes a decision, an observer may want to understand the reasons and motivations behind the decision. This understanding is important when IVAs are involved in contextual decision-making or coaching practices. To address this challenge, we propose that an agent’s understanding of its user should include knowledge of the user’s underlying values. Humans prioritise different values – sometimes contradictory – in a manner that depends on the context. We present a method where the agent and user build the required context-sensitive value model together. We use Schwartz’s value theory, which places individuals’ values into ten categories. In a between-subject experiment, with three sessions on different days, we elicit user values by presenting them with moral dilemmas in different contexts on the first day, refine the model by asking users to argue about contradictions on the second day, and let them reflect on the model that they have built together with the system on the third day. We find that users exposed to a value-aware condition are more likely to agree with the robot’s representations of their values post-reflection than those in a baseline. Participants also prioritise different values depending on the context, agreeing with previous findings.

Delft University of Technology (NL)
Reduced inequalities
Openalex Percentile: Top 17%
Social Robot Interaction and HRI
1.29
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