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Mining Patterns for Clustering Using Modified K-Means and SVM (Support Vector Machine)


Affiliations
1 NorthCap University, Gurgaon, India
     

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Data mining can be termed as a process of extracting patterns (knowledge) and posing query from data. Stored in database. Classification is one among of its concept and techniques.  This research article is proposing a novel hybrid mining approach by using modified K-Means and Support vector machine algorithm. Modified K-Means utilized here for making the clusters from given dataset and SVM is utilized for classification (on clustered dataset obtained from modified K-means clustering). Experiments are performed over different datasets which are taken from UCI repository. Datasets which are used for comparing clustering algorithm are provided in Table 1 along with their details. Evaluations are done on different datasets of following parameters: Accuracy obtained from new algorithm and confusing matrix which is being created for every dataset. Additionally, proposed algorithms provide better result than other.


Keywords

Confusion Matrix, Clustering, K-Means, Modified K-Means, SVM (Support Vector Machine).
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  • Mining Patterns for Clustering Using Modified K-Means and SVM (Support Vector Machine)

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Authors

Bhawana Yadav
NorthCap University, Gurgaon, India
Anuradha
NorthCap University, Gurgaon, India
Yogita Gigras
NorthCap University, Gurgaon, India

Abstract


Data mining can be termed as a process of extracting patterns (knowledge) and posing query from data. Stored in database. Classification is one among of its concept and techniques.  This research article is proposing a novel hybrid mining approach by using modified K-Means and Support vector machine algorithm. Modified K-Means utilized here for making the clusters from given dataset and SVM is utilized for classification (on clustered dataset obtained from modified K-means clustering). Experiments are performed over different datasets which are taken from UCI repository. Datasets which are used for comparing clustering algorithm are provided in Table 1 along with their details. Evaluations are done on different datasets of following parameters: Accuracy obtained from new algorithm and confusing matrix which is being created for every dataset. Additionally, proposed algorithms provide better result than other.


Keywords


Confusion Matrix, Clustering, K-Means, Modified K-Means, SVM (Support Vector Machine).

References