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Spatial Uncertainty

机译:空间不确定度

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摘要

Uncertainty analysis is the part of risk analysis that focuses on the uncertainties in the data characteristics. Important components of uncertainty analysis include qualitative analysis that identifies the uncertainties, quantitative analysis of the effects of the uncertainties on the decision process, and communication of the uncertainty. (Funtowwicz and Ravetz 1990, Petersen 2000, Regan et al.2002, Katz 2002). Spatial connectivity includes neighbourhood structure between regions, where investigation of that structure includes modelling of the spatial homogeneity. The last could be illustrated by using spatial modelling techniques (like spatial autocorrelation, partition functions, and multilevel models). Spatial investigation involves stochastic modelling especially in cases where the incomplete data involves hide information's. In this work a spatial analysis methodology was introduced and procedures to solve the problem with spatial variability are described.
机译:不确定性分析是风险分析的一部分,其重点在于数据特征的不确定性。不确定性分析的重要组成部分包括确定不确定性的定性分析,不确定性对决策过程的影响的定量分析以及不确定性的传达。 (Funtowwicz and Ravetz 1990,Petersen 2000,Regan et al.2002,Katz 2002)。空间连通性包括区域之间的邻域结构,其中对该结构的研究包括对空间同质性的建模。可以通过使用空间建模技术(例如空间自相关,分区函数和多层模型)来说明最后一个。空间调查涉及随机建模,尤其是在不完整的数据涉及皮革信息的情况下。在这项工作中,介绍了一种空间分析方法,并描述了解决空间可变性问题的过程。

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