印度文字多语种分类的一次性方法

Ajay Mittur, Aravindh R Shankar, Adithya Narasimhan
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引用次数: 0

摘要

在印度,使用不同文字的多种语言是一个共同的主题。有一个新兴的需要,数字化的文件,可能是手写的或仅作为图像可用。这就需要一个系统来对不同的印度文字进行多语言分类,并将随后的字符识别为诸如Unicode这样的数字化标准。然而,一个具有多种字符组合的各种语言的学习系统可能会在计算上很昂贵,并且由于缺乏可用数据而证明是艰巨的。本文探讨了一种针对不同语言的光学字符识别的一次性学习方法,在这种方法中,每引入一个额外的类,只需要给出一个例子,就可以准确地对字符进行分类。暹罗神经网络用于学习和调整网络,以处理全新的、看不见的数据。使用这种方法对九种不同的印度语言的字符进行分类获得了令人信服的结果,在最好的情况下,印度语言的准确率从77.72到91.83不等。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
One-Shot Approach for Multilingual Classification of Indic Scripts
The use of multiple languages with different scripts is a common theme in India. There is an emerging need to digitise documents that may be handwritten or available solely as images. This necessitates a system for multilingual classification of different Indic scripts and the subsequent character recognition into digitised standards such as Unicode. However, a learning system for various languages with multiple character combinations can be computationally expensive and prove arduous with a dearth of available data. In this paper, the one-shot learning approach to the optical character recognition of different languages is explored, where there is a need to accurately classify the character given only one example of every additional class introduced. Siamese neural networks are used for learning and to tune a network to work with entirely new, unseen data. Compelling results are attained in the classification of characters in nine different Indian languages using this approach with an accuracy ranging from 77.72 to 91.83 across the Indic languages in the best case.
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