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Konkani Script to Speech Conversion by Concatenation of recognized Hand written Konkani Text Using Neural Network

机译:通过使用神经网络将已识别的手写Konkani文本串联起来,将Konkani脚本转换为语音

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This paper demonstrates a system for transforming the text inscribed in Konkani dialect into Speech by utilizing artificial neural network. Many visually challenged individuals use Text to Speech framework as a tool for communication. The ability to convert text to voice lessens the reliance, dissatisfaction, and feeling of defenselessness of these individuals. India is called as the land of unity and diversity, there are 22 official languages. TTS frameworks are mostly accessible in English; in any case, it has been watched that individuals feel more comfortable in hearing their own native dialect. Handwritten optical character recognition is the most challenging research zone, because of its intricacy in segmenting the character that grows on account of Devnagari Script because of Modifiers and compound characters. The document comprising Konkani text is scanned and fed to the system. In this framework the character recognition is done by utilizing Neural Network, in this manner the structure can be upgraded to work with letters written in different styles. After the characters in the Documents are viably recognized by neural network, it is composed to a text document, the entered text document is analyzed, the syllabification is accomplished in view of the phonological guidelines and the syllables are secured autonomously. At that point the syllable coordinating speech file is linked and the silence existing in the linked discourse is confined. breaks within the discourse are removed at syllable limits without diminishing the superiority of speech.
机译:本文演示了一种利用人工神经网络将康卡尼语中的文字转换为语音的系统。许多视力不佳的人使用“文字转语音”框架作为沟通工具。将文本转换为语音的能力减少了这些人的依赖,不满和无防的感觉。印度被称为统一与多元化之地,这里有22种官方语言。 TTS框架大部分以英语访问;在任何情况下,都可以看到人们在听自己的方言时会感到更自在。手写光学字符识别是最具挑战性的研究领域,因为它对分割由于Devnagari Script而产生的字符(由于修饰符和复合字符)的复杂性非常高。包含Konkani文本的文档将被扫描并馈送到系统中。在此框架中,字符识别是通过利用神经网络完成的,以这种方式可以升级结构以使用以不同样式书写的字母。通过神经网络对文档中的字符进行切实可行的识别后,将其组成一个文本文档,对输入的文本文档进行分析,根据语音指导完成音节化,并自动保护音节。那时,音节协调语音文件被链接,并且链接的话语中存在的沉默被限制。话语内的中断在音节极限处被消除,而不会降低语音的优越性。

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