Author(s)

Binyuan Yang

Corresponding Author

Binyuan Yang

Abstract

With China's urbanization entering a new stage, urban renewal has become a key topic for promoting the city's sustainable development. The traditional planning model has several problems, including low public participation and difficulty in coordinating interests, which make it challenging to cope with the complexity and dynamic changes in the updating process. This research focuses on the urban renewal planning empowered by virtual reality (VR), aiming to build a comprehensive solution that integrates dynamic simulation and multi-stakeholder interest coordination. Firstly, this paper defines core concepts such as urban renewal and VR dynamic simulation, and supported by public participation theory and collaborative governance theory, systematically elaborates on the mechanism by which VR technology achieves virtual-real mapping of spatial scenes through CIM modeling and dynamic data loading, and its path for optimizing planning schemes in multi-scenario deduction and participatory design. In addition, this paper provides a comprehensive analysis of the game characteristics from multiple stakeholders, including the government, market, and residents, proposes effective strategies, and further optimizes the governance mechanism. Research findings show that the deep integration of VR technology can effectively enhance the scientific nature and inclusiveness of planning, providing a theoretical foundation and practical paradigms for developing a perceptible, negotiable, and adjustable intelligent urban renewal governance system.

Keywords

Urban renewal; Virtual reality; Multi-agent collaboration