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A Study on Artificial Neural Network Based Spatial Data Mining and Knowledge Discovery

机译:基于人工神经网络的空间数据挖掘与知识发现的研究

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Recent progress in spatial and geographic sciences has led to an explosive growth of spatial data. Extracting relevant knowledge from such volumes of data represents an enormous challenge and opportunity. This paper assesses several approaches to spatial data mining and knowledge discovery, because most of this method is based on statistical theory, so they have some inherent weakness, on the contract, neural networks inherent ability can overcome this weakness. Spatial clustering models were based on the adaptation of a self-adaptive neural network known as Growing Self Organizing Maps(GSOM) .These models provided the basis for the implementation of hierarchical clustering, cluster validity assessment and a method for monitoring learning processes (cluster formation). This framework was tested on a geography Information System (GIS) data set. The results indicate that these techniques may facilitate knowledge discovery tasks by improving key factors.
机译:最近的空间和地理科学的进展导致了空间数据的爆炸性增长。从这种数据中提取相关知识代表了巨大的挑战和机会。本文评估了空间数据挖掘和知识发现的几种方法,因为大多数方法都是基于统计理论,因此他们具有一些固有的弱点,在合同上,神经网络固有能力可以克服这种弱点。空间聚类模型是基于称为越来越多的自组织地图(GSOM)的自适应神经网络的适应。这些模型为实现了分层群集,群集有效性评估和监视学习过程的方法提供了基础(群集形成)。该框架在地理信息系统(GIS)数据集上进行了测试。结果表明,这些技术可以通过改善关键因素来促进知识发现任务。

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