2012International Journal of Managment, IT and EngineeringRequires access

Clustering techniques for unsupervised Learning

Pravin Rai, Roopesh K. Dwivedi

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Abstract

In data mining, division of data into groups of similar objects is known as clustering. From a machine learning perspective cluster correspond to hidden patterns, the search for cluster is unsupervised learning, and the resulting system represents a data concept. From a practical point of view clustering plays an outstanding role in data mining application such as scientific data exploration etc. For doing the scientific data exploration we have used solar interplanetary and geomagnetic data (SIGD) of a long period from the years 1965 to 2006. We have applied the agglomerative hierarchical clustering algorithm and k-mean partitioning algorithm on the data and many interesting clusters have been identified and discussed in this paper.

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What this paper is about

In data mining, division of data into groups of similar objects is known as clustering. From a machine learning perspective cluster correspond to hidden patterns, the search for cluster is unsupervised learning, and the resulting system represents a data concept. From a practical point of view clustering plays an outstanding role in data mining application such as scientific data exploration etc. For doing the scientific data exploration we have used solar interplanetary and geomagnetic data (SIGD) of a long period from the years 1965 to 2006. We have applied the agglomerative hierarchical clustering algorithm and k-mean partitioning algorithm on the data and many interesting clusters have been identified and discussed in this paper.

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Available abstract

In data mining, division of data into groups of similar objects is known as clustering. From a machine learning perspective cluster correspond to hidden patterns, the search for cluster is unsupervised learning, and the resulting system represents a data concept. From a practical point of view clustering plays an outstanding role in data mining application such as scientific data exploration etc. For doing the scientific data exploration we have used solar interplanetary and geomagnetic data (SIGD) of a long period from the years 1965 to 2006. We have applied the agglomerative hierarchical clustering algorithm and k-mean partitioning algorithm on the data and many interesting clusters have been identified and discussed in this paper.

Key concepts: Cluster analysis, Computer science, Unsupervised learning, Cluster (spacecraft), Data mining, Conceptual clustering, Consensus clustering, Hierarchical clustering

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