Wearable Identities: Understanding Wearables’ Potential for Supporting the Expression of Queer Identities
Authors
Haptic WearablesLGBTQ+ Community Technology Design
Title of the Paper
Wearable Identities: Understanding Wearables’ Potential for Supporting the Expression of Queer Identities
Paper Information
- Research Domain: Human-Computer Interaction (HCI), wearable technology, gender/sexuality expression, and social justice
- Keywords: gender and sexual minority groups, inclusive design, queer interaction, self-presentation, identity management, wearable computing, body mapping, speculative design, design fiction, body-aware design
Research Background and Issues
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Challenges and Issues Identified:
- Existing research on wearable technology often adopts perspectives from mainstream, privileged groups, neglecting the unique needs and challenges of gender and sexual minority groups (Queer Community).
- The "rainbow capitalism" tendency of mainstream commercial products fails to effectively encompass diverse queer experiences, potentially marginalizing certain groups further.
- Studies on behavioral acceptability and social interaction often lack careful analysis of non-mainstream groups.
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Importance of the Issues:
- The expression of queer identities is crucial for community belonging, mental health, and self-recognition.
- Wearable technology, as a body-adjacent technological medium, has the potential to help queer individuals better express their identities, but current designs lack inclusivity.
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Research Motivation and Related Work:
- The authors aim to address the knowledge gap in designing wearable technology that supports queer expression.
- Drawing on research by Haimson et al. regarding the technological needs of transgender individuals, the authors explore how to shift toward queer-centered wearable design.
Solutions
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Methods and Solutions:
- Proposed a two-phase qualitative research approach:
- Conducted semi-structured interviews with 16 queer individuals to explore their expression trends and views on wearable technology.
- Organized 15 body mapping workshops within queer communities to further investigate the relationship between queer expression, the body, and future wearable visions.
- Analyzed data using semantic programming tools and visualization tools (e.g., Excel and Miro).
- Proposed a two-phase qualitative research approach:
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Innovative Contributions:
- Redefined queer research methods through body mapping, emphasizing the diversity and creativity of participants' expressions.
- Explored tangible "wearable queer semiotics" and specific design needs for queer groups.
- Provided novel design recommendations from the perspective of queer users.
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Implementation Steps and Techniques:
- Collected participants' views on gender expression and wearable devices through online interviews and interactive body mapping activities.
- Invited participants to sketch future wearable device concepts and summarized design outcomes through data coding and thematic analysis.
- Incorporated speculative design principles to inspire participants in open-ended and forward-looking device ideation.
Research Outcomes
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Specific Findings:
- Common Design Needs:
- Expression and Communication: Participants designed customizable clothing, identity badges, and other accessories.
- Transformative Features: Included body-shaping tools and virtual tails for user satisfaction.
- Health Management: Mentioned wearable devices for hormone regulation and emotion detection.
- Social Connection: Proposed concepts like smart glasses for identifying and connecting with queer individuals.
- Key Design Considerations:
- Customization and Flexibility: Allow users to adjust the content and style of their expression freely.
- Body-Friendliness: Ensure wearable placement and design accommodate gender and body diversity.
- Safety: Protect user privacy through adaptive disclosure mechanisms.
- Common Design Needs:
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Strengths and Breakthroughs:
- Expanded beyond traditional queer symbols (e.g., rainbow flags) to broader personalized expressions.
- Explored common needs between queer and disabled communities, addressing discriminatory social norms through design possibilities.
- Enabled instant adaptation to users' current environment or mood through gadget-driven customization.
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Experiment or Evaluation Results:
- Collected 34 unique design concepts related to queer individuals' expression experiences.
- Confirmed that artistic tasks are more effective in stimulating and capturing the creativity and needs of the group.
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Limitations and Future Directions:
- Limitations:
- Participants were primarily situated within Western cultural (WEIRD) contexts, especially white individuals, lacking analysis of global queer experiences and disparities.
- Did not sufficiently involve older queer individuals or those from other racial backgrounds.
- Future Directions:
- Develop prototypes based on participants' submitted designs and iterate for optimization.
- Conduct in-depth research focused on non-WEIRD cultures to expand the applicability of methods and designs.
- Explore the feasibility of rapidly implementing these novel designs through existing HCI technologies (e.g., health management devices).
- Limitations:
Research Questions / Practical Problems
Question signals indexed for this paper.
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Research Questions
3- How can wearable technology support identity expression for sexual minority (queer) groups?Category: Wearable Health Devices and Everyday SensingSimilar questionsarrow_forward
- How can gender and body diversity be better reflected when designing wearable devices?Category: Wearable Health Devices and Everyday SensingSimilar questionsarrow_forward
- Which specific features and design elements can effectively meet queer groups' social and health management needs?Category: Wearable Health Devices and Everyday SensingSimilar questionsarrow_forward
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Practical Problems
1- Queer groups struggle to freely express themselves and build connections through existing wearable devices.Category: Wearable Health Devices and Everyday SensingSimilar questionsarrow_forward
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DOI: https://doi.org/10.1145/3544548.3581327
At a Glance
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Source
CHI
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Year
2023
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3 authors
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Haptic Wearables, LGBTQ+ Community Technology Design
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