2024 | Student
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Considering the vast size of museums, the large number and wide distribution of exhibition halls, and the complex layout designs of some museums, the visiting process can be inevitably chaotic. This inspired the author to conceive a wearable device that integrates AR projection technology and AI graphics processing technology, aimed at facilitating a smooth experience throughout the visit. The product was subsequently designed.
The technical feasibility of this product is supported by the recent maturation of lens projection glasses in the market. These goggles use AR technology to project graphics onto the lenses, adapting them to the physical environment. At the same time, they utilize AI graphics processing and real-time analysis technology to provide efficient navigation and communication functions, effectively assisting users in participating in observation activities and enhancing their experience and interest throughout the process.
Additionally, a rental machine compatible with the Trailblazer goggles has been designed to serve as a centralized storage and charging station. The wall-mounted design saves space and enhances aesthetic appeal.
Credits
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Tsinghua University, Central Academey of Fine Arts, University of Science and Technology Beijing, Beijing University of Posts and Telecommunications
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Product Design - Wearable Technologies
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YI MU DESIGN
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Interior Design - Residential
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Yameng Wang
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Packaging Design - Snacks, Confectionary & Desserts
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Black N White Haus Pte Ltd
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Interior Design - Living Spaces