Neuro-FGA Based Machine Translation System for Sanskrit to Hindi Language

Muskaan Singh, Ravinder Kumar, Inderveer Chana
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引用次数: 7

Abstract

Today is the era of technology and in this various automated systems are used for different purposes. Machine translation systems (MTSs) are also very popular now-a-days and it is used for both personal and professional works. As it is on high demand so these systems needs to be very effective in terms of their performance. For this, a number of MTSs were proposed for different languages. Here in this paper, a new hybrid MTS is proposed to achieve optimal performance based on Neural and Genetic Algorithm (GA) based Fuzzy inference System. In this hybrid system, fuzzy is used for rule generation where GA helps to optimize the rules generated by fuzzy and collaboratively it is known as GA based Fuzzy inference System (FGA) then neural is used to train the system and then it will be matched with the rules generated by FGA for translation. The translation of the Sanskrit to Hindi language is done by using this proposed MTS and its performance is analyzed on the basis of different parameters.
基于神经fga的梵语到印地语机器翻译系统
今天是技术的时代,在这个不同的自动化系统用于不同的目的。机器翻译系统(mts)现在也非常流行,它用于个人和专业工作。由于需求很大,所以这些系统需要在性能方面非常有效。为此,针对不同的语言提出了许多mts。本文提出了一种基于神经和遗传算法(GA)的模糊推理系统,以实现最优性能。在该混合系统中,使用模糊进行规则生成,其中遗传算法帮助优化由模糊生成的规则,并协同生成的规则被称为基于遗传算法的模糊推理系统(FGA),然后使用神经网络对系统进行训练,然后将其与由FGA生成的规则进行匹配进行翻译。利用本文提出的MTS完成了梵语到印地语的翻译,并在不同参数的基础上对其性能进行了分析。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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