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arXiv:1007.0085cs.CV

Survey of Nearest Neighbor Techniques

Nitin Bhatia, Vandana

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Abstract

The nearest neighbor (NN) technique is very simple, highly efficient and effective in the field of pattern recognition, text categorization, object recognition etc. Its simplicity is its main advantage, but the disadvantages can't be ignored even. The memory requirement and computation complexity also matter. Many techniques are developed to overcome these limitations. NN techniques are broadly classified into structure less and structure based techniques. In this paper, we present the survey of such techniques. Weighted kNN, Model based kNN, Condensed NN, Reduced NN, Generalized NN are structure less techniques whereas k-d tree, ball tree, Principal Axis Tree, Nearest Feature Line, Tunable NN, Orthogonal Search Tree are structure based algorithms developed on the basis of kNN. The structure less method overcome memory limitation and structure based techniques reduce the computational complexity.

arXiv comments
4 pages, 1 table
Journal reference
IJCSIS vol. 8, No. 2, 2010 pp. 302-305
DOI
Subjects
cs.CVComputer Vision and Pattern Recognition

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Discussed in comments1 thread

    • I have no experience with fuzzy matching but it sounds a lot like finding Nearest Neighbours to me. It could be techniques used with Nearest Neighbours also help with your problem: Multidimensional scaling is a nice way to visualise distances between objects…

      papafView on HNParent context

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