Abstract
This paper introduced the basic theory of hyper-graph and the development status of spatio-temporal model on the basis of the results of former people. Then through comparing various spatio-temporal data model and various spatio-temporal reasoning model, combining the technology of object-oriented and the realistic want of production, eventually construct the object-oriented hyper-graph spatio-temporal data model and the spatio-temporal reasoning model and apply it in the realistic production. Through practice, this spatio-temporal reasoning model realize the integration of space and time, and it has the complete spatio-temporal connotation, whether for the development of spatio-temporal reasoning model or for the management of rotating parcel, all have certain theoretical meanings and applied value.
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Reference literature
C. Rerge. Graph and Hyper-graph. Amsterdam: North Holland, 1973
L. Collatz. Different types of hyper-graph and several applications. The third graph theory special meeting memo in Czechoslovakia Graph and other combinatorial topics Aug 24–27, 1982: 30–49.
M. Karomski. Random hypertree, Allocations and partitions, ibid: 159–162.
Ariexri S. Fracnkdl. A deletions game on hyper-graph. Discrete Applied Mathematics 30, 1991: 155–162.
Endre Boros (USA), on shift stable hyper-graphs. Diserete mathematics 87 (1991): 81–84.
Andreas Brandstadt, Victor D. Chepoi, Feodor F. Dragan, The algorithmic use of hypertree structure and maximum neighborhood orderings, Discrete Applied Mathematics 82 (1998) 43–77.
Cui W.H development of a feature based spatial-temporal data model for dynamic monitoring land use change, mapping magazine, Vol33 No.2May 138-1452004
Cui W.H the study of spatial data structure, science publishing company, 1995
ISO/TC211 Final text of CD 19115 geographic information. Part 7: Spatial Schema, Part8: Temporal Schema [R], 2001 (CD-disk)
USERY E L. Feature-Based Geographic Information System Model. Photo-grammetric Engineering &Remote Sensing Vol 62 No 7[J], 1996. 833–838
Zhang jin, the object-oriented hyper-graph spatio-temporal data model, mapping magazine, May, 1999
Shuhong, Chenjun, Dudaosheng, Zhouyongqian, the object-oriented spatio-temporal data model, the (Wuhan) mapping science and technology university transaction, 1997.9
Liudayou, Huhe, Wangshengsheng, Xieqi, the study development of spatio-temporal reasoning, software transaction, Vol.15 No.8 August 2004
LANGRAN G. Time in Geographic Information Systems. Taylor& Francis, London New York Philadelphia, [M], 1992. 121–157
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Luo, J., Cui, W., Niu, Z. (2006). The Study and Application of Object-oriented Hyper-graph Spatio-temporal Reasoning Model. In: Abdul-Rahman, A., Zlatanova, S., Coors, V. (eds) Innovations in 3D Geo Information Systems. Lecture Notes in Geoinformation and Cartography. Springer, Berlin, Heidelberg. https://doi.org/10.1007/978-3-540-36998-1_9
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DOI: https://doi.org/10.1007/978-3-540-36998-1_9
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