Modifying capsule networks to use dynamic routing for intermediate equivariant features instead of output class capsules yields faster training and higher accuracy on multi-class problems.
An MLP based Approach for Recognition of Handwritten `Bangla' Numerals
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abstract
The work presented here involves the design of a Multi Layer Perceptron (MLP) based pattern classifier for recognition of handwritten Bangla digits using a 76 element feature vector. Bangla is the second most popular script and language in the Indian subcontinent and the fifth most popular language in the world. The feature set developed for representing handwritten Bangla numerals here includes 24 shadow features, 16 centroid features and 36 longest-run features. On experimentation with a database of 6000 samples, the technique yields an average recognition rate of 96.67% evaluated after three-fold cross validation of results. It is useful for applications related to OCR of handwritten Bangla Digit and can also be extended to include OCR of handwritten characters of Bangla alphabet.
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cs.CV 1years
2019 1verdicts
UNVERDICTED 1representative citing papers
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Using dynamic routing to extract intermediate features for developing scalable capsule networks
Modifying capsule networks to use dynamic routing for intermediate equivariant features instead of output class capsules yields faster training and higher accuracy on multi-class problems.