Spatial AI and Data Science
The Center for Geographic Analysis (CGA) has extensive experience applying data science and AI methods to spatial problems, including work in geospatial modeling, neural network–based map analysis, spatial accessibility, remote sensing, and large-scale data infrastructure.
CGA researchers and collaborators have developed methods for content-based raster map retrieval, network-based delineation of urban regions, and spatial Monte Carlo simulations, as well as containerized geospatial processing systems and open science platforms for spatiotemporal data sharing.
The Center also supports applied studies using spatial accessibility models, explainable AI in geographic analysis, and integration of geospatial methods into cloud computing and visual programming environments. See some of our relevant publications below:
- Unequal impacts of rising temperatures on global human sentiment — 2025
- Identifying the place without text annotations: an assembled neural network framework for content-based raster map retrieval with cartographical morphological pattern — 2025
- Advancing replicable and reproducible GIScience: an approach with KNIME — 2025
- Open science 2.0: revolutionizing spatiotemporal data sharing and collaboration — 2025
- A multi-constraint Monte Carlo Simulation approach to downscaling cancer data — 2025
- Visual programming-based Geospatial Cyberinfrastructure for open-source GIS education 3.0 — 2025
- Mapping the landscape and roadmap of geospatial artificial intelligence (GeoAI) in quantitative human geography: An extensive systematic review — 2024
- Geospatial Analytics Extension for KNIME — 2023
- Using digital traces to build prospective and real-time county-level early warning systems to anticipate COVID-19 outbreaks in the United States — 2023
- Leveraging the digital layer: the strength of weak and strong ties in bridging geographic and cognitive distances — 2023
- Twitter Sentiment Geographical Index Dataset — 2023
- Interactive analysis of big geospatial data with high-performance computing: A case study of partisan segregation in the United States — 2022
- Spatial Variations of Village-Level Environmental Variables from Satellite Big Data and Implications for Public Health — 2022
- Large-Scale High-Resolution Coastal Mangrove Forests Mapping Across West Africa With Machine Learning Ensemble and Satellite Big Data — 2021
- ODT FLOW: Extracting, analyzing, and sharing multi-source multi-scale human mobility — 2021
- Evaluating the Geographic in GIS — 2019
- Near Eastern Landscapes and Declassified U2 Aerial Imagery — 2019
- Robust Parliamentary Constituency Estimates: Geographic Data Science Approaches — 2019
- Developing the Chinese Academic Map Publishing Platform — 2019
- Enhancing discovery in spatial data infrastructures using a search engine — 2018
- Hypermap registry: an open source, standards-based geospatial registry and search platform — 2018
- Online Survey of Heterogeneous Users and Their Usage of the Interactive Mapping Platform WorldMap — 2017
- Making temporal search more central in spatial data infrastructures — 2017
- A novel surveillance approach for disaster mental health — 2017
- Modeling spatiotemporal pattern of agriculture-feasible land in China — 2016
- The growing role of web-based geospatial technology in disaster response and support — 2013
- Combining global positioning system and accelerometer data to determine the locations of physical activity in children — 2012
- WorldMap WorldMap – a geospatial framework for collaborative research — 2012
- Jump-starting the next level of online geospatial collaboration: Lessons from AfricaMap — 2011