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Credit rating modelling by kernel-based approaches with supervised and semi-supervised learning

机译:通过基于内核的方法进行有监督和半监督学习的信用评级建模

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摘要

This paper presents the modelling possibilities of kernel-based approaches to a complex real-world problem, i.e. corporate and municipal credit rating classification. Based on a model design that includes data pre-processing, the labelling of individual parameter vectors using expert knowledge, the design of various support vector machines with supervised learning as well as kernel-based approaches with semi-supervised learning, this modelling is undertaken in order to classify objects into rating classes. The results show that the rating classes assigned to bond issuers can be classified with high classification accuracy using a limited subset of input variables. This holds true for kernel-based approaches with both supervised and semi-supervised learning.
机译:本文介绍了基于内核的方法解决复杂的实际问题(即公司和市政信用等级分类)的建模可能性。基于包括数据预处理,使用专家知识标记各个参数向量的模型设计,具有监督学习的各种支持向量机的设计以及具有半监督学习的基于内核的方法,该建模在以便将对象分类为评级类。结果表明,分配给债券发行人的评级类别可以使用输入变量的有限子集以高分类精度进行分类。对于基于监​​督和半监督学习的基于内核的方法,这都是正确的。

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