基于自组织映射和K-Means的MIR分数聚类多级聚类比较

Ade Nurhopipah, B. Kusuma
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引用次数: 2

摘要

多元智能理论在取代单一分数(IQ)的智力测试方法中得到了广泛的应用。基于多元智能的学习策略的应用之一是根据多元智能研究(MIR)分数对学生进行分组。本研究采用多层次聚类技术,根据MIR分数对学生进行分组。采用多重聚类来满足学生人数和性别相等的需求。采用自组织映射(SOM)和K-Means算法建立了多层聚类模型。评价结果表明,多层SOM产生的误差最小。该方法在保持学生特征相似性和班级异质性的前提下,便于基于MIR分数对学生进行分组。这种聚类方法有望成为一种根据基于mi的学习策略对学生进行自动有效分组的有效方法。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Multilevel Clustering Comparison using Self-Organizing Map and K-Means for MIR Score Clustering
The theory of Multiple Intelligences has been widely applied in exchange of intelligence test approach with the single score (IQ). One of the applications of MI-based learning strategies is to group students based on Multiple Intelligence Research (MIR) scores. In this study, students are grouped based on MIR scores using multilevel clustering techniques. Multiple clustering is applied to meet the needs of the equal number of students and gender. Several models of multilevel clustering using Self-Organizing Map (SOM) and K-Means algorithms are carried out. The evaluation results show that the smallest error is generated by the multilevel SOM. This method can facilitate students grouping based on MIR scores by maintaining the similarity of student features and class heterogeneity. This clustering method is expected to be an efficient way to group students automatically and effectively according to MI-based learning strategies.
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