The Sound of Support: Gendered Voice Agent as Support to Minority Teammates in Gender-Imbalanced Team
Honorable MentionTitle of the Paper
The Sound of Support: Gendered Voice Agent as Support to Minority Teammates in Gender-Imbalanced Team
Paper Information
- Research Domain: Interpersonal Interaction and Human-Agent Team Collaboration
- Keywords: Human-Agent Team Collaboration, Voice Agent, Minority Group, Majority Group, Gendered Design, Marginalization, Artificial Intelligence, Interaction Design, Social Presence, Gender-Imbalanced Teams
Research Background and Problem
- Problem or Challenge:
- Minority group members in gender-imbalanced teams are more likely to experience isolation, difficulty in building rapport, and limited supportive feedback.
- Gender disparities and job satisfaction issues for women in STEM fields persist.
- These challenges negatively impact minority group members' performance and team experience.
- Significance:
- Gender-imbalanced teams are prevalent in educational and workplace settings and require urgent solutions. Addressing the marginalization of minority group members can foster team harmony and improve overall performance.
- Research Motivation and Related Work:
- Existing literature suggests that machine agents (e.g., robots or intelligent assistants) can positively influence teams through social presence.
- Research on human-agent team collaboration indicates that agents can contribute to balancing team interactions and creating a more inclusive team environment.
- However, there is a lack of focus on direct support for minority groups, and the potential of technology to support minority groups remains underexplored.
Solution
- Proposed Method or Solution:
- Employ gendered voice cues in intelligent agents participating in team collaboration to provide support to minority group members.
- Innovations:
- First exploration of the potential of same-gender voice agents in supporting minority groups.
- Extends traditional interpersonal group behavior theories to human-agent team collaboration.
- Implementation Steps and Key Techniques:
- Experimental Design:
- 2 x 2 x 2 experimental design: Participants were assigned to gender-imbalanced teams based on their gender and randomly paired with either a female or male voice agent to complete tasks.
- Sample size: 178 participants, with teams categorized as female-dominated and male-dominated.
- Task content: Brainstorming tasks and team decision-making tasks.
- Data Collection and Analysis:
- Self-report questionnaires were used to measure team experience, perceptions of marginalization, and views on human and AI teammates.
- Participants' conversational behaviors were recorded to analyze contribution proportions and the number of ideas generated.
- Controlled variables: Task order, team composition, agent gender, etc.
- Experimental Design:
Research Findings
- Specific Findings:
- Same-gender agents significantly supported female minority group members: They contributed more ideas and increased their speaking proportion in the team.
- Male minority group members were more talkative when collaborating with male agents but showed reduced focus.
- Behavioral outcomes of same-gender agents and minority group members were similar to those of human teammates.
- Advantages Compared to Existing Solutions:
- Provides a low-interference, non-awkward technical support solution.
- Avoids overly anthropomorphic designs, presenting agent gender identity solely through voice cues.
- Experimental or Evaluation Results:
- Female minority group members experienced reduced feelings of marginalization and improved performance.
- Positive changes for male minority group members were limited, with no strong preference for agent gender.
- Limitations and Future Directions:
- The solution offers limited support for individuals who have experienced severe marginalization.
- Gendered design uses binary classification; future studies should explore more inclusive designs.
- Small experimental scale and short-term tasks require further research on long-term team collaboration.
- Suggest expanding research to more natural workplace/educational scenarios to observe real-world team dynamics.
This study highlights the potential of voice agents as a support mechanism for minority group members, but addressing gender imbalance fundamentally requires long-term practice and institutional changes.
Research Questions / Practical Problems
Question signals indexed for this paper.
Research Questions
3- Can gendered voice agents reduce marginalization of minority members in gender-imbalanced teams?Category: Social Interaction, Remote Connection, and Relationship ExperienceSimilar questionsarrow_forward
- Can same-gender voice agents improve performance and participation of female minority members in gender-imbalanced teams?Category: Social Interaction, Remote Connection, and Relationship ExperienceSimilar questionsarrow_forward
- How does the role of gendered voice agents in improving team interaction and social presence differ from human teammates?Category: Social Interaction, Remote Connection, and Relationship ExperienceSimilar questionsarrow_forward
Practical Problems
1- Minority members in gender-imbalanced teams easily feel marginalized, affecting performance and satisfaction.Category: Social Interaction, Remote Connection, and Relationship ExperienceSimilar questionsarrow_forward
- 100%
Inter(sectional) Alia(s): Ambiguity in Voice Agent Identity via Intersectional Japanese Self-Referents
CHI '25· Intelligent Voice Assistants (Alexa, Siri, etc.) +2
- 67%
Emotional Dialogue Generation Using Image-Grounded Language Models
CHI '18· Intelligent Voice Assistants (Alexa, Siri, etc.) +1
- 67%
Beyond Translation: Design and Evaluation of an Emotional and Contextual Knowledge Interface for Foreign Language Social Media Posts
CHI '18· Multilingual & Cross-Cultural Voice Interaction +1
- 67%
Understanding Affective Experiences with Conversational Agents
CHI '19· Intelligent Voice Assistants (Alexa, Siri, etc.) +1
- 67%
A New Uncanny Valley? The Effects of Speech Fidelity and Human Listener Gender on Social Perceptions of a Virtual-Human Speaker
CHI '22· Intelligent Voice Assistants (Alexa, Siri, etc.) +1
- 67%
Simulating Human Imprecision in Temporal Statements of Intelligent Virtual Agents
CHI '22· Intelligent Voice Assistants (Alexa, Siri, etc.) +1
- 67%
Creating Inclusive Voices for the 21st Century: A Non-Binary Text-to-Speech for Conversational Assistants
CHI '23· Multilingual & Cross-Cultural Voice Interaction +1
- 67%
Super Kawaii Vocalics: Amplifying the “Cute” Factor in Computer Voice
CHI '25· Intelligent Voice Assistants (Alexa, Siri, etc.) +1
- 67%
Exploring Humor as a Repair Strategy During Communication Breakdowns with Voice Assistants
CUI '23· Intelligent Voice Assistants (Alexa, Siri, etc.) +1
- 67%
“Hello, This is a Voice Assistant Calling" When a Human Voice Calls Claiming to Be a Machine on an Ordinary Day
DIS '25· Intelligent Voice Assistants (Alexa, Siri, etc.) +1
Based on Jaccard similarity of research subtopics & professions (≥60%)