The Design Space of Wearables for Sports and Fitness Practices

Title of the Paper

The Design Space of Wearables for Sports and Fitness Practices

Paper Information

• Subject Area: Design and application of wearable technology in sports and fitness
• Keywords: Wearable devices, social wearables, sports, fitness, motion design, design space

Research Background and Issues

• Identified Problems or Challenges:

  • Wearable devices in commercial sports and fitness often suffer from low user retention; users may stop using them once the novelty wears off.
  • Data representations are often difficult to understand and lack customization for specific user needs.
  • Existing wearable devices rarely address the social and human-computer interaction dimensions within specific sports or fitness practices.

• Significance:

  • Sports and fitness practices are crucial for individual physical health and cognitive development.
  • Exploring how to better design and integrate wearable devices to support complex sports and fitness practices can enhance user experience and promote long-term usage.

• Research Motivation and Related Work:

  • Current design research mainly focuses on creating prototype devices but lacks systematic design knowledge to guide future technology development.
  • Related work (e.g., Mencarini et al.) has explored research themes in wearable technology but still requires more detailed and structured design frameworks to encompass the rich scenarios in practice.

Solution

• Proposed Method or Solution:

  • The authors conducted a thematic analysis of 47 related research papers and proposed a four-dimensional design space: sports/fitness practices, technology design, wearable design, and usage design.

• Innovative Aspects:

  • The design framework extends beyond technical dimensions to include social organization, practice-related, and physical design aspects.
  • A multidimensional design space for wearable devices was developed, which can be used to analyze existing works and guide new designs.

• Implementation Steps & Key Techniques:

  1. Literature Review: Search for relevant papers and filter those meeting the design criteria.
  2. Thematic Analysis: Conduct qualitative analysis and open coding to identify design elements.
  3. Axial Coding: Group and establish relationships between design elements.
  4. Design Space Visualization: Classify and visualize the interaction between design elements and related domain knowledge.

Research Outcomes

• Specific Results:

  • Developed a design space comprising four major dimensions and several subcategories, identifying core design elements and their specific details.
  • Proposed a new design tool for future reference, extending the design scope from technology to practice organization and other levels.

• Advantages Over Existing Solutions:

  • Refined the design themes in existing literature, expanding the focus to practice elements such as temporal forms, spatial variability, and social roles.
  • Provided an analytical tool to reveal design trends and unexplored areas.

• Experimental or Evaluation Results:

  • Literature review showed that most existing works focus on supporting individual training, with less exploration of practices related to social collaboration.
  • Data indicated significant potential for open-ended design outputs, though further research is needed on their long-term adaptability.

• Limitations and Future Directions:

  • Limitations:
    • The design space does not fully capture the complex relationships between design elements, particularly in integrating technical and social needs.
    • Based solely on existing literature, it does not explore potential design possibilities.
  • Future Directions:
    • Investigate the long-term effects of wearable device usage and explore how to adapt to users' evolving needs over time.
    • Explore input/output interactions among multiple users to support more social and collaborative training scenarios.
    • Introduce more open-ended designs, allowing users to build connections between technology and their practice needs.

This study provides a guiding tool for designers, contributing to the future design and implementation of wearable devices in sports and fitness practices.