首页> 外文会议>Interactive Voice Technology for Telecommunications Applications, 1996. Proceedings., Third IEEE Workshop on >Algorithm and DSP-implementation for a speaker-independent single-word speech recognizer with additional speaker-dependent say-in facility
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Algorithm and DSP-implementation for a speaker-independent single-word speech recognizer with additional speaker-dependent say-in facility

机译:具有独立于说话者的说说功能的独立于说话者的单词语音识别器的算法和DSP实现

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We present a novel system implementation concept for small-vocabulary single-word speech recognition. The system can recognize speaker-independently a number of preprogrammed words, and additionally it can perform recognition of a number of words which have been trained by simple say-in. In contrast to other implementations, one and the same algorithm is used for both speaker-dependent and speaker-independent recognition. This implies that in our proposed system the fixed (speaker-independent) part and the personalized (speaker-dependent) part of the vocabulary can be activated simultaneously, which is mandatory for the use in mobile communication systems. Compared to state-of-the-art speaker-dependent recognition systems, the RAM capacity for storing the personalized part of the vocabulary is drastically reduced. The recognition rate is comparable to that of a fully speaker-independent system. A DSP implementation of the speech recognition system is described.
机译:我们提出了一种用于小词汇量单词语音识别的新颖的系统实现概念。该系统可以独立地识别说话者的多个预编程单词,并且另外,它可以执行通过简单的说出方式训练的多个单词的识别。与其他实现方式相反,一个相同的算法既用于说话者相关的识别,又用于说话者无关的识别。这意味着在我们提出的系统中,词汇的固定(与说话者无关)部分和个性化(与说话者相关)部分可以同时激活,这对于在移动通信系统中使用是必不可少的。与最新的说话者相关识别系统相比,用于存储词汇个性化部分的RAM容量大大降低。识别率可与完全独立于说话者的系统相媲美。描述了语音识别系统的DSP实现。

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