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A way to speed up nearest neighbor classification is to replace the training set by a carefully chosen subset of “prototypes”. A good strategy for choosing prototypes from the training set, bearing in mind that the ultimate goal is good classification performance, is implemented here

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Prototype-selection-for-nearest-neighbor

A way to speed up nearest neighbor classification is to replace the training set by a carefully chosen subset of “prototypes”. A good strategy for choosing prototypes from the training set, bearing in mind that the ultimate goal is good classification performance, is implemented here

A K_means clustering based algorithm can be implemented for protoyping for 1 NN classification

Algorithm has been tested on the MNIST dataset, available at: http://yann.lecun.com/exdb/mnist/index.html

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A way to speed up nearest neighbor classification is to replace the training set by a carefully chosen subset of “prototypes”. A good strategy for choosing prototypes from the training set, bearing in mind that the ultimate goal is good classification performance, is implemented here

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