通过梳理近十多年来地球剖分格网的相关研究文献, 从剖分建模(四边形剖分,
等积剖分和立体剖分), 编码计算(层次编码运算, 填充曲线编码运算和整数坐标编码运算) …

The creation of a digital representation of the Earth and its associated data is a complex and
difficult task. The incredible size of geospatial data and differences between data sets pose …

As the foundation of the next-generation Digital Earth, Discrete Global Grid Systems (DGGS)
have demonstrated both theoretical and practical development, with a variety of state-of-the …

In this chapter, we provide a thorough discussion on Digital Earth with particular focus on
Discrete Global Grid Systems (DGGS), which are a standardized representation of the Earth …

Digital Earth frameworks provide a tool to receive, send and interact with large location-
based datasets, organized usually according to Discrete Global Grid Systems (DGGS). In …

As research on large regions of earth progresses, many geographical subdivision grids
have been established for various spatial applications by different industries and disciplines …

Geospatial data are gathered through a variety of different methods. The integration and
handling of such datasets within a Digital Earth framework are very important in many …

The amount of information collected about the Earth has become extremely large. With this
information comes the demand for integration, processing, visualization and distribution of …

Although research on the discrete global grid systems (DGGSs) has become an essential
issue in the era of big earth data, there is still a gap between the efficiency of current …

Geospatial data is ubiquitous. However, the geographic grid is not designed to manage,
store, or integrate huge volumes of heterogeneous geospatial data. One possible solution to …