Clustering stock price volatility using intuitionistic fuzzy sets

Georgy Urumov, P. Chountas
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引用次数: 1

Abstract

Clustering involves gathering a collection of objects into homogeneous groups or clusters, such that objects in the same cluster are more similar when compared to objects present in other groups. Clustering algorithms that generate a tree of clusters called dendrogram which can be either divisive or agglomerative. The partitional clustering gives a single partition of objects, with a predefined K number of clusters. The most popular partition clustering approaches are: k-means and fuzzy C-means (FCM). In k-means clustering, data are divided into a number of clusters where data elements belong to exactly one cluster. The k-means clustering works well when data elements are well separable. To overcome the problem of non-separability, FCM and IFCM clustering algorithm were proposed. Here we review the use of FCM/IFCM with reference to the problem of market volatility.
基于直觉模糊集的股价波动聚类
聚类涉及将一组对象聚集到同质组或集群中,这样,与其他组中的对象相比,同一集群中的对象更加相似。聚类算法生成一个称为树形图的聚类树,它可以是分裂的,也可以是聚集的。分区聚类给出对象的单个分区,具有预定义的K个聚类。最流行的划分聚类方法是:k-means和模糊C-means (FCM)。在k-means聚类中,数据被分成许多簇,其中数据元素恰好属于一个簇。当数据元素可以很好地分离时,k-means聚类效果很好。为了克服不可分性问题,提出了FCM和IFCM聚类算法。在这里,我们回顾了FCM/IFCM在市场波动问题上的应用。
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