Resolution Adaptive Vector Rasterization in Discrete Global Grid Systems
Date
2022-02-25
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Abstract
Discrete Global Grid Systems (DGGS) are relatively new globe-based digital earth systems capable of integrating large geospatial datasets. In this report, we describe a new algorithm for rasterizing vector data to DGGS that relies on the hierarchical property of DGGS and adaptively changes to coarser rasterization to reach to target resolution high-resolution girds.
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Keywords
Earth, Digital Earth, Digital Globe Grid System, DGGS, Rasterization, Resolution Adaptive, Vector Data, GIS
Citation
Mirtabatabaeipour, A., Hall, J., Samaviati, F. (2022). Resolution Adaptive Vector Rasterization in Discrete Global Grid Systems. University of Calgary.