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Text and Grammatical Coding: Voice Compression Algorithm with High Compression Rate

机译:文本和语法编码:高压缩率的语音压缩算法

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Text Coding (TC) is a voice compression algorithm of very high compression rate. In this coding,speech is recognized and broken into phonemes. The phonemes are encoded into text and transmitted. In thereceiver the encoded text is decoded into speech. Text Coding takes very little bandwidth as it transmits textmessage instead of compressed voice. Consistent pronunciation is not a goal, while predictable pronunciationis. Using the phoneme set, an application developer may guarantee a minimal pronunciation, but not the exactexpression. In Grammatical Coding (GC) system, words of text are identified by grammar rules. Each word is then encoded with a predefined number. The encoded number is then again compressed with suitable compression algorithm and transmitted by the communication media. The compressed data is at first decompressed in the receiver. Then from the encoded numbers, the words are decoded by Reverse Grammatical Coding (RGC), which is opposite to Grammatical Coding. Finally the decoded words are converted to speech by Text To Speech (TTS) engine.
机译:文本编码(TC)是具有很高压缩率的语音压缩算法。在这种编码中,语音被识别并分解为音素。音素被编码为文本并进行传输。在接收器中,编码的文本被解码为语音。文本编码占用很少的带宽,因为它传输文本消息而不是压缩语音。一致的发音不是目标,而可预测的发音则是目标。使用音素集,应用程序开发人员可以保证最低的发音,但不能保证确切的表达。在语法编码(GC)系统中,文本单词由语法规则标识。然后,每个单词都使用预定义的数字进行编码。然后,编码后的号码再次使用合适的压缩算法进行压缩,并由通信媒体进行传输。压缩的数据首先在接收器中解压缩。然后从编码数字中,通过与语法编码相反的反向语法编码(RGC)对单词进行解码。最终,解码后的单词由文本转语音(TTS)引擎转换为语音。

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