What is it about?
The research jointly explores how cities can be designed with the active participation of users within the Metaverse. It discusses the potential benefits, such as increased engagement and creativity, as well as the challenges, like ensuring diverse participation. We introduce six research articles that cover different aspects of co-designing virtual cities, such as art installation, traffic simulations, gamification, digital commons, and augmented reality technology. Overall, we highlight how virtual reality and augmented reality technologies transform urban planning and public engagement.
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Photo by Andre Benz on Unsplash
Why is it important?
Exploring city design in the Metaverse is important because it represents a significant convergence of technology, design, and user participation. It offers a platform for innovative and participatory urban planning, where everyone can actively shape virtual cities. This leads to increased user engagement, more vibrant communities, and the creation of virtual environments that better meet user needs and preferences. Additionally, it presents opportunities for artistic expression, public participation, and visualization, ultimately revolutionizing urban planning and public engagement. The research in this field shapes the future of urban co-design processes and offers valuable insights for further advancements in this rapidly evolving field.
Perspectives
Someone with a background in urban planning or architecture might view our research as an exciting opportunity to explore new ways of engaging with communities and creating innovative virtual urban environments. On the other hand, anyone can see our research as a fascinating intersection of virtual worlds and user interaction. Hence, we offer professionals and everyone a handle on urban design and Metaverse engagements.
Professor Marc Aurel Schnabel
Xi'an Jiaotong Liverpool University
Read the Original
This page is a summary of: Editorial: Metaverse in co-virtual city design, Frontiers in Virtual Reality, March 2023, Frontiers,
DOI: 10.3389/frvir.2023.1166107.
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