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The Methods and Key Issues of Data Mining on Landslide

机译:山体滑坡数据挖掘的方法和关键问题

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After obtained a large number of low-altitude remote sensing data of hazards in Wenchuan earthquake stricken area, how to quickly extract the disaster information and access the hazards law became the key issue that restricted in post-disaster reconstruction. Because of Landslide data's characteristics of highly nonlinear, fuzzy, great data volume, type's diversity; introduction of data mining and efficient intelligent information technologies becomes a necessary requirement. Data mining can quickly obtain landslide quantity, types, volume, distribution and other basic features and information; it also can predict and analyze space-time evolution characteristics of hazards chain, that fully reflects the advantage of application of data mining in the field of disaster. Based on the basic characteristics of landslide data and data mining methods can be used, The paper establishes a landslide information mining system containing landslide database, data mining module and landslide information module. Then typical analysis on the landslide data mining system is made by a example of landslide risk assessment. At last, the key problems in data mining on landslide information are proposed for the present research. The conclusions can provide a reference for data mining technology promoting in the field of disaster.
机译:在获得汶川地震灾区危险的大量低空遥感数据之后,如何快速提取灾害信息并访问危险法成为灾后重建中受限制的关键问题。由于Landslide数据的高度非线性,模糊,数据量,类型的多样性;数据挖掘和高效智能信息技术引入成为必要的要求。数据挖掘可以快速获得滑坡数量,类型,卷,分配和其他基本特征和信息;它还可以预测和分析危险链的时空演化特征,充分反映了数据挖掘在灾区中的应用的优势。基于滑坡数据和数据挖掘方法的基本特性,可以使用覆盖山体内信息矿工,其中包含滑坡数据库,数据挖掘模块和滑坡信息模块。然后,滑坡数据挖掘系统的典型分析是通过山体滑坡风险评估的例子进行的。最后,提出了对目前研究的数据挖掘数据挖掘的关键问题。结论可以为灾害领域推广的数据挖掘技术提供参考。

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