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A comparative study of K-Means, K-Means++ and Fuzzy C-Means clustering algorithms

机译:K-Means,K-Means ++和Fuzzy C-Means聚类算法的比较研究

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Clustering is essentially a procedure of grouping a set of objects in such a manner that items within the same clusters are more akin to each other compared with those data point or objects in different amassments or clusters. This paper discusses partition-predicated clustering techniques, such as K-Means, K-Means++ and object predicated Fuzzy C-Means clustering algorithm. This paper proposes a method for getting better clustering results by application of sorted and unsorted data into the algorithms. Elapsed time & total number of iterations are the factors on which, the behavioral patterns are analyzed. The experimental results shows that passing the sorted data instead of unsorted data not only effects the time complexity but withal ameliorates performance of these clustering techniques.
机译:聚类本质上是一种以这样一种方式对一组对象进行分组的过程,即与不同集合或聚类中的那些数据点或对象相比,同一聚类中的项目彼此更相似。本文讨论了分区谓词聚类技术,例如K-Means,K-Means ++和对象谓语模糊C-Means聚类算法。本文提出了一种通过将排序和非排序数据应用到算法中以获得更好的聚类结果的方法。经过时间和迭代总数是分析行为模式的因素。实验结果表明,传递排序的数据而不是未排序的数据不仅影响时间复杂度,而且可以改善这些聚类技术的性能。

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