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基于复杂属性相似度的聚类算法及其应用研究
引用本文:彭昂,王如龙,陈泉泉,张锦.基于复杂属性相似度的聚类算法及其应用研究[J].计算机应用,2010,30(7):1930-1932.
作者姓名:彭昂  王如龙  陈泉泉  张锦
作者单位:1. 湖南大学软件学院2. 湖南大学教授,湖南省计算技术研究所研究员3. 湖南大学4. 湖南大学 浙江大学
基金项目:国家自然科学基金资助项目,国家863计划项目,国家科技支撑计划项目 
摘    要:针对电信客户的有效细分问题,利用属性相似度度量思想,提出了一种面向复杂属性的聚类算法。该算法用复杂属性分布相似度函数衡量对象的相似性,然后根据相似性建立图模型,最后对图进行分割进行聚类。相比于传统基于选维和降维的聚类分析算法,提出的算法能有效处理高维数据和复杂属性。同时,算法在参数调节时,不需遍历原始数据,也减少了人工干预。利用真实电信客户数据进行的模拟实验也表明,提出的算法具有良好性能,可以有效解决电信客户细分问题。

关 键 词:高维聚类    混合属性    客户细分    图模型
收稿时间:2009-12-11
修稿时间:2010-03-07

Clustering algorithm based on complex attributes similarity and its applications
PENG Ang,WANG Ru-long,CHEN Quan-quan,ZHANG Jin.Clustering algorithm based on complex attributes similarity and its applications[J].journal of Computer Applications,2010,30(7):1930-1932.
Authors:PENG Ang  WANG Ru-long  CHEN Quan-quan  ZHANG Jin
Abstract:In order to divide the telecom customers effectively, a new clustering algorithm for complex attributes was proposed based on feature similarity measurement idea in this paper. In the algorithm, the objects similarities were measured by complex attributes’ distribution similarity function. Then, a graph model was constructed based on the similarity. Finally, the graph was divided to clusters. Compared with the traditional clustering algorithms based on selecting dimension and decreasing dimension, the proposed algorithm can process high dimension data and complex attributes effectively. Meanwhile, it does not need reviewing original date when modifying parameter. Real telecom customer data were used for simulation and the experimental results show that the algorithm can solve customer segmentation problem effectively.
Keywords:high-dimension clustering                                                                                                                        complex attribute                                                                                                                        customer segmentation                                                                                                                        graph model
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