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Combining unsupervised and knowledge-based methods in large-scale forest classification

机译:在大型森林分类中结合无监督和基于知识的方法

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Data analysis and physical reasoning, frame-to-frame variability, and the need to minimise operator interaction because of the large number of frames, led the authors to develop a fully automatic classification scheme based on ISODATA concepts within the SIBERIA project. This used a multi-variate Gaussian model for the data, and was adapted to accept different initialisation procedures and to be able to form both maximum likelihood and maximum a posteriori classifications. A further improvement was to use its output to drive an iterated contextual classifier, hence exploiting spatial information.
机译:数据分析和物理推理,帧到帧的可变性以及由于大量的帧而需要最小化操作员交互的需求,导致作者在SIBERIA项目中开发了基于ISODATA概念的全自动分类方案。这对数据使用了多变量高斯模型,并且适用于接受不同的初始化过程,并且能够形成最大似然和最大后验分类。进一步的改进是使用其输出来驱动迭代的上下文分类器,从而利用空间信息。

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