基于聚类算法的贫困分析数据挖掘

J. A. Talingdan
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引用次数: 3

摘要

一个地方的贫困可以减少或最小化,如果适当的扶贫项目给予社区。本研究利用剪影指数对不同的聚类算法进行了评价,以获得最佳的聚类算法来对家庭进行分组并分析贫困数据。k=3的k-means算法优于DBSCAN和k-medoids,剪影为0.308。该算法产生了三组或聚类,分别被标记为非贫穷、接近贫穷和贫穷。研究结果可以帮助决策者制定和实施明确、合理、现实和可执行的减贫政策和项目。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Data Mining Using Clustering Algorithm as Tool for Poverty Analysis
Poverty in one place can be reduced or minimized if proper poverty alleviation programs are given to the community. In this study different clustering algorithms were evaluated using silhouette index to get the best clustering algorithm to group the households and analyze the poverty data. The k-means algorithm where k=3 outperformed DBSCAN and k-medoids with a silhouette of 0.308. The algorithm produced three groups or clusters and labelled as non-poor, near poor and poor. The result can help policy-makers formulate and implement poverty reduction policies and programs that are clear, reasonable, realistic, and enforceable.
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