Projects
Our projects are both mission- and impact-oriented. We integrate data analytics and modeling technologies to achieve specific goals and contribute to the public good. Whether we are developing a physical product, analyzing trends at micro and macro levels, or creating new processes for optimal efficiencies, our work is always focused on sustainable development of the urban environment.
Featured
Sat2City is a framework for 3D City Generation from a single Satellite-derived Height Map.
A study where participants interact with VR scenes at different Levels of Detail (LOD), collecting interaction data to explore the relationship between human behavior and LOD fidelity. The research investigates how varying levels of visual complexity influence user perception, navigation patterns, and decision-making in virtual environments.
Analyzing spatial factors and exploring spatial associations based on the concept of spatial stratified heterogeneity, while also taking into account local spatial dependencies, spatial interpretability, complex spatial interactions, and robust spatial stratification. Additionally, it supports the spatial stratified heterogeneity family established in academic literature.