Design and Implementation of Text to speech synthesizer using Syllabification synthesis algorithm and comparing with Articulator Synthesis algorithm

E. Alexandra, P. Bharathi
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Abstract

Aim: The aim of the study is to design and implement a Text to speech Synthesizer based on syllabification synthesis algorithm and articulator synthesis algorithm to reduce computational time and to increase effectiveness in speech intelligibility. Materials and methods: The Text Datasets was used to implement the algorithm and sample for 10 different Text databases having different numbers of words.The input text Datasets will be ranging from 50-500 words. Results: The Statistical analysis was calculated and done by performing Independent Variable test and T-test and the obtained significance is 0.039 (p<0.05). The mean computational time of proposed algorithm 90% and the existing algorithm which is 78%. Conclusion: The algorithm based on the Syllabification algorithm shows higher computational time and lesser effectiveness in speech intelligence than the innovative algorithm based on Articulator speech synthesis.
基于音节合成算法的文本到语音合成器的设计与实现,并与发音合成算法进行了比较
目的:设计并实现一种基于音节合成算法和发音合成算法的文本到语音合成器,以减少计算时间,提高语音可理解性的有效性。材料和方法:使用文本数据集(Text Datasets)对10个不同字数的文本数据库实现算法和样本。输入文本数据集的范围为50-500个单词。结果:采用自变量检验和t检验进行统计分析,显著性为0.039 (p<0.05)。本文算法的平均计算时间为90%,现有算法的平均计算时间为78%。结论:与基于Articulator语音合成的创新算法相比,基于音节化算法的算法计算时间更长,但在语音智能方面的效率较低。
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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