Towards the Next Generation of Gaming Wearables

Title of the Paper

Towards the Next Generation of Gaming Wearables

Paper Information

• Subject Area: Design and Interaction of Gaming Wearable Devices
• Keywords: Wearable Devices, Biocompatibility, Game Studies, Motion-Based Gaming, Role-Playing, Virtual Reality, Game Controllers, Social Interaction, Interaction Design, User Experience

Research Background and Issues

• Identified Problems or Challenges: While previous research has explored the application of wearable devices in role-playing, casual gaming, and festival games, studies focusing on mainstream gaming platforms (e.g., PC, gaming consoles) are relatively scarce. Moreover, most commercially available devices are simple props and lack deep integration with game mechanics.
• Significance: Gaming wearable devices have the potential to enhance the gaming experience by improving operability, fostering social interaction, and supporting diverse interaction modes. Exploring the efficient design of gaming wearables, particularly for mainstream platforms, is key to advancing the field.
• Research Motivation: This study aims to fill the knowledge gap in the design of wearable devices for mainstream gaming and explore how participatory design can leverage the unique advantages of wearable devices to improve the gaming experience.

Solution

• Proposed Approach: The authors conducted six participatory design workshops involving various stakeholders (e.g., players, designers, researchers) to systematically explore the design of gaming wearable devices.
• Innovative Contributions:
  1. Synthesized prior experiences and advantages from designing wearables for non-mainstream and festival games.
  2. Developed 15 key themes and 3 specific gaming wearable device concepts, focusing on interaction modes, social impact, and biocompatibility in gaming.
• Implementation Steps:
  1. Participatory Design Workshops: Divided into "atomic workshops" focusing on specific areas and "fusion workshops" integrating outcomes to generate unified design concepts.
  2. Concept Design: Based on themes generated in the workshops, multiple user scenarios and device concepts were created using paper prototypes and body-storming methods.
  3. Design Knowledge Exchange: Translated outcomes into actionable design insights and conducted comparative analysis with existing research.

Research Outcomes

• Specific Results:
  1. Design Themes: Derived deeper insights from the 15 key themes generated in the workshops (e.g., motion sensing, environmental input, emotional transformation).
  2. Device Concepts: Proposed 3 specific designs:
     • Unicorn Experience: An augmented reality helmet with interchangeable "horns," integrating player movements and group collaboration into game mechanics.
     • Head-On: A wig utilizing EEG signals to measure emotions, triggering in-game character skills based on the player's mood.
     • Glace: A wearable accessory designed to display player information and promote social interaction.
  3. Design Insights: Presented 7 specific design recommendations (e.g., emotional expression, body extension, fragmented skills, co-present social interaction).
• Advantages Over Existing Solutions:
  1. Emphasizes deep interaction with players' bodies and integration with mainstream gaming content;
  2. Aligns design with users' social identities (e.g., esports team affiliation) and daily behaviors;
  3. Surpasses the limitations of existing commercial devices through innovative interaction modes (e.g., motion sensing and emotion-driven biosignals).
• Experimental and Evaluation Results:
  • In the final workshop, the adaptability and cost of the three conceptual devices received positive feedback, with "Head-On" achieving the highest valuation and demonstrating strong player acceptance of the technology.
• Limitations and Future Directions:
  1. Concept designs face technical feasibility challenges, such as the accuracy of EEG detection;
  2. Further research is needed to standardize the design framework and develop prototype validation;
  3. Future studies should expand sample sizes and explore cross-cultural applicability of the designs.

Through participatory design methods and exploratory workshops, this study innovatively provides a series of design guidelines for the field of gaming wearable devices, laying a theoretical foundation for developing more interactive and immersive future devices.