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Offline script recognition from handwritten and printed multilingual documents: a survey

机译:从手写和印刷的多语言文件中脱机脚本识别:调查

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摘要

Script recognition has many real-life applications like optical character recognition, document archiving, writer identification, searching within the documents, etc. Automatic script recognition from multilingual documents is a stimulating task, where the system must identify and recognize several types of scripts that can be available on a single page. In offline script recognition, printed or handwritten documents are firstly scanned followed by the process of script recognition, whereas in online script recognition documents are already in soft-copy form. Most of the script recognition techniques presented by researchers so far are based on traditional image processing frameworks. But nowadays, it is observed that Deep Learning-based techniques are more capable of achieving a script recognition task efficiently as well as accurately. This paper provides a comprehensive survey of various techniques available for identification and recognition of multilingual scripts from the last few decades that are mainly focused on Indic scripts. However, some potential non-Indic script identification works are also incorporated for ease of understanding. We hope that this survey can act as a compendium as well as provide future directions to researchers for developing generic OCRs.
机译:脚本识别具有许多实际应用程序,如光学字符识别,文档归档,作品标识,文档中搜索等。从多语言文档中的自动脚本识别是一种激发任务,系统必须识别和识别可以的几种类型的脚本可在单个页面上使用。在脱机脚本识别中,首先扫描打印或手写文档,然后扫描脚本识别过程,而在线脚本识别文档中已经处于软拷贝表单中。到目前为止,研究人员呈现的大多数脚本识别技术都是基于传统的图像处理框架。但是现在,观察到,基于深度的学习技术更能够有效地实现脚本识别任务以及准确。本文为各种技术提供了全面的调查,可用于识别和识别几十年来的多语种脚本,主要集中在申报脚本上。但是,一些潜在的非申请脚本识别工作也被纳入易于理解。我们希望这项调查能够作为一个纲要,并为发展普通OCRS的研究人员提供未来的指示。

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