*Doctorate Program, Linguistics Program Studies, Udayana University Denpasar, Bali-Indonesia (9 pt)
**STIMIK STIKOM-Bali, Renon, Depasar, Bali, Indonesia
***Department of Mathematics and Statistics, School of Quantitative Sciences, Universiti Utara Malaysia, Malaysia
Online published on 3 December, 2019.
Clustering is one of the most universal unsupervised classification methods for partitioning objects into a set of meaningful clusters. The k-means clustering algorithm is a commonly used partitioning based clustering method for finding optimal number of clusters. However, number of clusters generated by k-means algorithm depends on the choice of centroid value which sometimes could be misled. Therefore, a new approach for identifying the optimal number of clusters based on distance in k-means algorithm is proposed. The designed algorithm was tested using twelve sets of simulated data has revealed that the proposed algorithm is able to identify the exact number of clusters.
Clustering, k-meansalgorithm, Simulation, Validation