Font and Turkish Letter Recognition in Images with Deep Learning

A. Sevik, P. Erdoğmuş, Erdi Yalein
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引用次数: 16

Abstract

The purpose of this article is to recognize letter and especially font from images which are containing texts. In order to perform recognition process, primarily, the text in the image is divided into letters. Then, each letter is sended to the recognition system. Results are filtered according to vowels which are most used in Turkish texts. As a result, font of the text is obtained. In order to separate letters from text, an algorithm used which developed by us to do separation. This algorithm has been developed considering Turkish characters which has dots or accent such as i, j, ü, ö and g and helps these characters to be perceived by the system as a whole. In order to provide recognition of Turkish characters, all possibilities were created for each of these characters and the algorithm was formed accordingly. After recognizing the each character, these individual parts are sended to the pre-trained deep convolutional neural network. In addition, a data set has been created for this pre-trained network. The data set contains nearly 13 thousands of letters with 227*227*3 size have been created with different points, fonts and letters. As a result, 100 percent of success has been attained in the training. %79.08 letter and %75 of font success has been attained in the tests.
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深度学习图像中的字体和土耳其字母识别
本文的目的是从包含文本的图像中识别字母,特别是字体。为了进行识别过程,首先将图像中的文本分成字母。然后,每封信都被发送到识别系统。结果根据在土耳其文本中使用最多的元音进行过滤。从而得到文本的字体。为了从文本中分离字母,我们开发了一种算法来进行分离。这个算法是考虑到土耳其字符有点或重音,如i, j, ü, ö和g,并帮助这些字符被系统作为一个整体来感知。为了提供对土耳其字符的识别,为每个字符创建了所有的可能性,并相应地形成了算法。在识别每个字符后,这些单独的部分被发送到预训练的深度卷积神经网络。此外,还为这个预训练的网络创建了一个数据集。数据集包含近13000个字母,大小为227*227*3,用不同的点、字体和字母创建。因此,在培训中取得了100%的成功。在测试中,字母和字体的成功率分别达到了%79.08和%75。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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