Advances in Spatio-Temporal AnalysisXinming Tang, Yaolin Liu, Jixian Zhang, Wolfgang Kainz CRC Press, 2007 M08 23 - 250 pages Developments in Geographic Information Technology have raised the expectations of users. A static map is no longer enough; there is now demand for a dynamic representation. Time is of great importance when operating on real world geographical phenomena, especially when these are dynamic. Researchers in the field of Temporal Geographical Infor |
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... calculation. Liu et al. put forward a method that combines the learning algorithm of a BP neural network with a genetic algorithm to train the BP network and optimize the weight values of the network on a global scale. This method is ...
... calculation. Liu et al. put forward a method that combines the learning algorithm of a BP neural network with a genetic algorithm to train the BP network and optimize the weight values of the network on a global scale. This method is ...
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... Figure 4. Conceptual neighbour diagram of topologic relations. Corresponding with. Here b0 are the kernel and the 1-neighbourhood of the region R, and b1 Figure 2. Calculate intersection points between non-planar triangles.
... Figure 4. Conceptual neighbour diagram of topologic relations. Corresponding with. Here b0 are the kernel and the 1-neighbourhood of the region R, and b1 Figure 2. Calculate intersection points between non-planar triangles.
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... Calculation of the intersection points between pairs of triangles. Our work is mainly concerned with coplanar triangles, while non-planar cases are dealt with by a previous algorithm (Möller 1997). (2) Retriangulation of the intersected ...
... Calculation of the intersection points between pairs of triangles. Our work is mainly concerned with coplanar triangles, while non-planar cases are dealt with by a previous algorithm (Möller 1997). (2) Retriangulation of the intersected ...
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... Calculate intersection points between triangles. For every triangle of one solid, we should compute its intersection points with all the triangles of other solids. If there is more than one intersection point, we should take the link ...
... Calculate intersection points between triangles. For every triangle of one solid, we should compute its intersection points with all the triangles of other solids. If there is more than one intersection point, we should take the link ...
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... Calculate intersection points between triangles There are two cases when calculating intersection points between two triangles: they are coplanar or non-planar. The latter case is dealt with by the algorithm proposed by Möller (1997) ...
... Calculate intersection points between triangles There are two cases when calculating intersection points between two triangles: they are coplanar or non-planar. The latter case is dealt with by the algorithm proposed by Möller (1997) ...
Contents
Section 25 | 57 |
Section 26 | 57 |
Section 27 | 59 |
Section 28 | 7 |
Section 29 | 15 |
Section 30 | 29 |
Section 31 | 40 |
Section 32 | 226 |
Section 9 | |
Section 10 | |
Section 11 | 9 |
Section 12 | 9 |
Section 13 | 9 |
Section 14 | 9 |
Section 15 | 9 |
Section 16 | 9 |
Section 17 | 9 |
Section 18 | 9 |
Section 19 | 24 |
Section 20 | 54 |
Section 21 | 57 |
Section 22 | 57 |
Section 23 | 57 |
Section 24 | 57 |
Section 33 | 242 |
Section 34 | 254 |
Section 35 | 259 |
Section 36 | 265 |
Section 37 | 267 |
Section 38 | 269 |
Section 39 | 273 |
Section 40 | 291 |
Section 41 | 307 |
Section 42 | 312 |
Section 43 | 322 |
Section 44 | 323 |
Section 45 | 3 |
Section 46 | 10 |
Section 47 | 16 |
Other editions - View all
Advances in Spatio-Temporal Analysis Xinming Tang,Yaolin Liu,Jixian Zhang,Wolfgang Kainz Limited preview - 2007 |
Advances in Spatio-Temporal Analysis Xinming Tang,Yaolin Liu,Wolfgang Kainz,Jixian Zhang No preview available - 2018 |
Advances in Spatio-Temporal Analysis Xinming Tang,Yaolin Liu,Jixian Zhang,Wolfgang Kainz No preview available - 2007 |
Common terms and phrases
ADCF Advances in Spatio-Temporal application attributes Beijing BP network calculated China classification cloud model clustering Computer cultivated land demand data mining data types datasets defined discrete space dynamic continuous field E_NE E_NW E_SE E_SW Egenhofer error Figure flou set Fujian function fuzzy region Gaussian function genetic algorithm Geographic Information Systems Geographical Information Science geological global grid groundwater hexagonal ICD relations input integration intersection layer method neural network nodes North China Plain operations paper Peking University polygon pr pr qualitative distance query remote sensing represent representation rules samples SDMKD snapshot Space Syntax Space Syntax theory spatial data mining spatial databases spatial objects spatio Spatio-Temporal Analysis spatio-temporal changes spatio-temporal data model spatio-temporal indexing spherical Voronoi diagram Table Taylor & Francis techniques temporal topological relations topological relationships triangles unified spatio-temporal data users visualization Voronoi diagram Wang Wuhan University