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Continuous Automatic Speech Recognition System Using MapReduce Framework

机译:使用MapReduce框架的连续自动语音识别系统

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Now-a-days, Speech Recognition had become a prominent and challenging research domain because of its vast usage. The factors affecting Speech Recognition are Vocalization, Pitch, Tone, Noise, Pronunciation, Frequency, finding where the phoneme starts and stops, Loudness, Speed, Accent and so on. Research is going on to enhance the efficacy of Speech Recognition. Speech Recognition requires efficient models, algorithms and programming frameworks to analyze large amount of real-time data. These algorithms and programming paradigms have to learn knowledge on their own to fit in to the model for massively evolving data in real-time. The developments in parallel computing platforms opens four major possibilities for Speech Recognition systems: improving recognition accuracy, increasing recognition throughput, reducing recognition latency and reducing the recognition training period.
机译:如今,语音识别由于其广泛的用途而成为一个突出且具有挑战性的研究领域。影响语音识别的因素包括发声,音调,音调,噪声,发音,频率,查找音素的开始和停止位置,响度,速度,重音等。正在进行研究以增强语音识别的功效。语音识别需要高效的模型,算法和编程框架来分析大量实时数据。这些算法和编程范例必须自行学习知识,以适应模型中实时大量演化的数据。并行计算平台的发展为语音识别系统带来了四种主要可能性:提高识别准确性,增加识别吞吐量,减少识别等待时间和缩短识别训练时间。

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