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OCR-Mirror Image Reflection Approach: Document Back Side Character Recognition by Using Neural Fuzzy Hybrid System

机译:OCR镜像反射方法:通过使用神经模糊混合系统记录回侧字符识别

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OCR is technical approach to analyze the handwritten text and turn it into a structure which the process the system more effectively for searching, re-storing, retrieval and indexing purpose. Many innovations are discovered in the field of OCR, but still many challengers are waiting for the solutions such as the recognition of document-backside-layered characters along with front side layer characters. The recognition of paper-backside-layered handwritten cum printed text is very difficult than the recognition of paper-frontside-layered characters. The fuzzy logic system process the data with help of bunch set of primary-based knowledge and delivers it into high successive recognition rate by using fuzzy classification functions, inference rules with decision-making procedures. Neural networks are compatible and best area to solve the pattern cum text recognition tasks, the learning based process start to implement from the basic imprecise data and algorithmic steps are formed with help of neuron-based learning process cum observations, but it is not effective to accomplish the user expected requirements for making the decisions. The successful combinational platform of neural fuzzy based closed loop system is proposing many technical ideas with effective solutions to solve the significant problems in OCR. This research methodology has proposed the mirror image reflection approach for recognition of document backside layer characters by using neural fuzzy hybrid system: it categorize the single page into the two sub layers, the first sub layer contains the paper front side text and the second sub layer contains paper back side text with corresponding pictures, characters, numerals and figures. Here the front sub layer text is completely bypassed with backside layer. The document-backside-layer input characters converted into neural-inputs, transformed it into fuzzy-sets, then fuzzy-rules applied based on the knowledge in fuzzification, related output responses are generated and the pre-cum-post-processing technique has applied to backside layer characters. Our ancestors used the palm leaves as the language-script-storage-tool and enclosed valuable information about the astrology, geographical, engineering, architecture, scientific, astronomy and so on. This hidden invention provides the technical ideas and alternate salvation for engineering and medical challenges. But the major problem is extracting the information from it without open, turn the pages. Difficult to open bunched of palm leaves from a bundle due to running out of their natural life. This paper is proposing ideological approach cum methodology with charitable path to solve the problem of extracting the document backside characters.
机译:OCR是分析手写文本的技术方法,并将其变成一个结构,更有效地处理系统,用于搜索,重新存储,检索和索引目的。在OCR领域发现了许多创新,但仍然许多挑战者正在等待解决方案,例如识别文档后层分层字符以及前侧层字符。纸张背面层的识别手写的Cum打印文本非常困难,而不是识别纸前分层字符。模糊逻辑系统在基于初级知识集的帮助下处理数据,并通过使用模糊分类功能,具有决策过程的推理规则将其递送至高级识别率。神经网络是兼容的和最佳区域来解决模式暨文本识别任务,基于学习的过程开始从基本的不精确数据和算法步骤中的基于神经元的学习过程暨观察结果,但它无效完成用户预期决策的预期要求。基于神经模糊的闭环系统的成功组合平台是提出了许多具有有效解决方案的技术思路,以解决OCR中的重大问题。此研究方法已经提出了用于识别的文档背面层字符镜像反射的方法,通过使用神经模糊混合系统:它分类的单页分成两个子层,第一子层包含纸前侧文本和所述第二子层包含纸背面文本,具有相应的图片,字符,数字和数字。这里,前端层文本与背面层完全旁路。转换为神经输入的文档背层输入字符将其转换为模糊集,然后根据虚拟化的知识应用的模糊规则,产生相关的输出响应,并应用了预处理后处理技术向后分层字符。我们的祖先使用Palm Leave作为语言脚本 - 存储工具,并附上有关占星术,地理,工程,建筑,科学,天文学等的有价值的信息。这种隐藏的发明提供了工程和医疗挑战的技术思想和替代救赎。但主要问题正在没有打开的情况下从中提取信息,转动页面。由于自然生活耗尽,难以从捆绑中开放棕榈叶。本文提出了慈善路径的思想方法暨方法,解决提取文档背面字符的问题。

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