Geocomputation and Artificial Intelligence for Mapping

Dear Colleagues,

In the era of big data, the emergence of massive data creates opportunities and challenges to mapping. With the rapid development of Geocomputation and AI, RS mapping theory, deep learning models, and programming frameworks contribute to the intellectual development of research in geospatial-related mapping.  In particular, the introduction of deep learning models and frameworks has greatly improved the accuracy and efficiency of geospatial-related mapping. However, new technology creates new opportunities as well as  new challenges. As such, why are Geocomputation and artificial intelligence needed for mapping? Can specific problems be better solved using artificial intelligence techniques than traditional methods? Why does cartography need artificial intelligence, and how can artificial intelligence technology be used to improve the speed and accuracy of RS mapping? What new directions can we expect AI techniques to introduce to the broader fields of mapping and cartographic generalization?

The aim of this Special Issue is to provide the opportunity to explore the mentioned challenges in remote sensing mapping using computer vision, deep learning, and artificial intelligence. Topics may cover but are not limited to the following: object detection, change detection, map styles transferring, automated workflow of map generalization and mapping, etc.

• Mapping object information extraction from remote sensing and street view imagery;
• Automatic extraction of map symbols and text annotations on maps and imagery;
• Change detection and mapping based on artificial intelligence;
• Artificial intelligence for RS Mapping;
• Object recognition through artificial intelligence techniques;
• Cartographic relief shading with neural networks;
• Map style transferring using generative adversarial networks;
• Integration of artificial intelligence and map design;
• Automated workflow of cartographic generalization;
• Spatial explicit neural networks for GeoAI applications;
• AI mapping of urban socioeconomic patterns;
• Intelligent spatial analytics for earth process modeling and RS mapping. 

Dr. Lili Jiang
Dr. Di Zhu
Dr. An Zhang
Guest Editors

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