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Learning a three-layer backpropagation network to recognize different Arabic fonts

机译:学习三层反向传播网络以识别不同的阿拉伯字体

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Abstract: Optical Character Recognition (OCR) has been considered to be a major breakthrough in man-machine communication. The function of OCR is to recognize previously scanned images that may contain typed, printed, and/or handwritten characters and to output the appropriate text document. A preprocessing stage (segmentation) is first performed on the scanned text to isolate lines from documents, words from lines, and finally characters from words. Immediately following the segmentation stage is the recognition stage in which the isolated characters are first processed for feature extraction and then fed to the classification process which tries to recognize the upcoming character based on the extracted features. In this paper, a recognition stage which consists of a three-layer neural network trained by the back- propagation algorithm is considered in the recognition of different Arabic fonts. Our approach is built around three interacting processes, one procedure for feature extraction of the upcoming character element, one declarative for heuristic clustering, and one exemplar to identify the target element based on some previously learned examples.!7
机译:摘要:光学字符识别(OCR)被认为是人机通信的一项重大突破。 OCR的功能是识别先前扫描的图像,其中可能包含打字,打印和/或手写的字符,并输出适当的文本文档。首先对扫描的文本执行预处理阶段(分段),以将行与文档隔离,将单词与行隔离,最后将字符与单词隔离。紧接在分割阶段之后的是识别阶段,在该阶段中,首先对孤立的字符进行处理以进行特征提取,然后将其馈送到分类过程,该过程试图根据提取的特征来识别即将到来的字符。在本文中,在识别不同的阿拉伯字体时,考虑了一个由反向传播算法训练的由三层神经网络组成的识别阶段。我们的方法是基于三个交互过程构建的,一个过程用于提取即将到来的字符元素的特征,一个过程用于启发式聚类的声明,以及一个基于一些先前学习的示例来识别目标元素的示例。!7

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