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Real-Time Bayesian Inference: A SoftComputing Approach to EnvironmentalLearning for On-Line Robust AutomaticSpeech Recognition

机译:实时贝叶斯推理:用于在线鲁棒自动诊断识别的流环流学习的软件方法

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In this paper, we developed soft computing models for on-line automaticspeech recognition (ASR) based on Bayesian on-line inference techniques. Bayesianon-line inference for change point detection (BOCPD) is tested for on-line environ-mental learning using highly non-stationary noisy speech samples from the Aurora2speech database. Significant improvement in predicting and adapting to new acous-tic conditions is obtained for highly non-stationary noises. The simulation resultsshow that the Bayesian on-line inference-based soft computing approach would beone of the possible solutions to on-line ASR for real-time applications.
机译:在本文中,我们开发了基于贝叶斯在线推理技术的在线自动诊断(ASR)的软计算模型。使用来自Aurora2Speech数据库的高度非固定嘈杂的语音样本,测试了改变点检测(BOCPD)的贝叶斯顿线推理(BOCPD)。获得预测和适应新的亚态性条件的显着改善,以获得高度稳定的噪声。仿真结果表明,贝叶斯在线推断的软计算方法将成为实时应用程序中的可在线ASR的可能解决方案。

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