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The Association Rules Algorithm Based on Clustering in Mining Research in Corn Yield

机译:玉米产量采矿研究基于聚类的关联规则算法

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With the popularization of agricultural information technology, the use of data mining techniques to analyze the impact of different types of soil nutrient content and yield of corn has become a hot topic in the field of agriculture. Association rule mining is an important part of the field in Data mining, association rules can be found associated with agricultural data attributes. This article will use cluster analysis and association rule to analysis correlation between corn yield and soil nutrient. Firstly compare different clustering algorithm to chooses the optimal algorithm, make data collected in scientific classification, and based on expert knowledge of the collected data into different levels; then determine the type and content of different soil by association rules corn yield and soil nutrient; final inspection algorithm is correct. The results showed that: comparing K-means, hierarchical clustering analysis, and PAM, K-means algorithm to determine the optimal clustering; K value can be determined at selected intervals. K is equal to 3,4 or 6, clustering effect is good according to Sil value when K from 3 to 1 0. Based on the principle of association rules, clustering algorithm to select a K value associated with the combination of rule 6; After clustering algorithm of association rules, support and credibility and improve degree of accuracy is better than not clustering; by mining association rules after clustering, a great influence on the different levels of soil nutrients in corn yield. The results for the corn yield provides intelligent decision support data.
机译:随着农业信息技术的推广,利用数据采矿技术来分析不同类型土壤养分含量的影响,玉米产量已成为农业领域的热门话题。关联规则挖掘是数据挖掘中的字段的重要组成部分,可以找到与农业数据属性相关联的关联规则。本文将使用聚类分析和关联规则来分析玉米产量与土壤养分之间的相关性。首先比较不同的聚类算法选择最佳算法,使科学分类中收集的数据,并基于所收集的数据的专家知识进入不同的水平;然后通过关联规则玉米产量和土壤营养确定不同土壤的类型和含量;最终检查算法是正确的。结果表明:比较K-Means,分层聚类分析和PAM,K-MEAS算法来确定最佳聚类; k值可以以所选间隔确定。 k等于3,4或6,基于关联规则的原理,聚类效应根据SIL值,聚类算法选择与规则6组合相关的K值的群体值,根据SIL值。在关联规则的聚类算法之后,支持和可信度,提高准确度优于不会聚类;通过采矿结算规则进行聚类,对玉米产量不同水平的土壤营养水平的影响很大。玉米产量的结果提供智能决策支持数据。

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