A K-harmonic Means Clustering Algorithm Based on Enhanced Differential Evolution

Measuring Technology and Mechatronics Automation(2013)

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Abstract
The conventional K-harmonic means is tend to be trapped by local optima. To resolve this problem, a novel K-harmonic means clustering algorithm using enhanced differential evolution technique is proposed. This algorithm improves the global search ability by applying Laplace mutation operator and logarithmically crossover probability operator. Numerical experiments show that this algorithm overcomes the disadvantages of the K-harmonic means, and improves the global search ability.
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Key words
conventional k-harmonic,local optimum,numerical experiment,pattern clustering,evolutionary computation,enhanced differential evolution technique,global search ability,enhanced differential evolution,laplace mutation operator,learning (artificial intelligence),k-harmonic means,novel k-harmonic,k-harmonic means clustering algorithm,logarithmically crossover probability,differential evolution technique,differential evolution,logarithmically crossover probability operator,probability
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