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Analysis of Text Identification Techniques Using Scene Text and Optical Character Recognition

机译:使用场景文本和光学字符识别分析文本识别技术

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摘要

In today's era, data in digitalized form is needed for faster processing and performing of all tasks. The best way to digitalize the documents is by extracting the text from them. This work of text extraction can be performed by various text identification tasks such as scene text recognition, optical character recognition, handwriting recognition, and much more. This paper presents, reviews, and analyses recent research expansion in the area of optical character recognition and scene text recognition based on various existing models such as convolutional neural network, long short-term memory, cognitive reading for image processing, maximally stable extreme regions, stroke width transformation, and achieved remarkable results up to 90.34% of F-score with benchmark datasets such as ICDAR 2013, ICDAR 2019, IIIT5k. The researchers have done outstanding work in the text recognition field. Yet, improvement in text detection in low-quality image performance is required, as text identification should not be limited to the input quality of the image.
机译:在今天的时代,需要更快地处理和执行所有任务所需的数据。数字化文档的最佳方式是通过从中提取文本。该文本提取的工作可以由各种文本识别任务,如场景文本识别,光学字符识别,手写识别等等执行。本文提出,评论和分析了最近的光学字符识别和场景文本识别领域的研究扩展,如卷积神经网络,长短短期记忆,图像处理认知读数,最大稳定的极端区域,行程宽度转换,并实现了高达90.34%的F变量的显着结果,与基准数据集如ICDAR 2013,ICDAR 2019,IIIT5K。研究人员在文本识别领域做了出色的工作。然而,需要在低质量图像性能中进行文本检测的改进,因为文本识别不应限于图像的输入质量。

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