Gang Liu

TL;DR: An integrated MPS-based 3D modeling framework is presented by incorporating the characteristics of Quaternary sediments and the datasets obtained from geological exploration to achieve more precise visualization for the subsurface structures.

TL;DR: Based on land-use maps, TM images, and field data from the Wuhan wetlands, the spatiotemporal evolution and wetland landscape pattern were quantitatively analyzed, with reference to landscape ecology indices of diversity, fragmentation, dominance, shape, and dimension as discussed by the authors.

TL;DR: A conditional MPS-based simulation method which considers the distribution characteristics of sample data adequately and avoids the excessive concentration of the nodes in a data event, which demonstrates their applicability in characterizing heterogeneous phenomena when faced with unevenly distributed conditioning data.

TL;DR: A novel access method, the Decomposition Tree (D-tree), for indexing multi-dimensional movement data, which is a virtual tree without inner nodes through an encoding method based on integer bit-shifting operation, and can efficiently answer a wide range of queries.

TL;DR: An effective and comprehensive 3D terrain representation based on local curvature entropy and a dynamic Quadtree that is able to support the real-time dynamic scheduling of large scale terrain models more easily and efficiently is presented.