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    • 11. 发明授权
    • Audio-only backoff in audio-visual speech recognition system
    • 音视频语音识别系统中的音频回退
    • US07251603B2
    • 2007-07-31
    • US10601350
    • 2003-06-23
    • Jonathan H. ConnellNorman HaasEtienne MarcheretChalapathy Venkata NetiGerasimos Potamianos
    • Jonathan H. ConnellNorman HaasEtienne MarcheretChalapathy Venkata NetiGerasimos Potamianos
    • G10L21/00
    • G10L15/25
    • Techniques for performing audio-visual speech recognition, with improved recognition performance, in a degraded visual environment. For example, in one aspect of the invention, a technique for use in accordance with an audio-visual speech recognition system for improving a recognition performance thereof includes the steps/operations of: (i) selecting between an acoustic-only data model and an acoustic-visual data model based on a condition associated with a visual environment; and (ii) decoding at least a portion of an input spoken utterance using the selected data model. Advantageously, during periods of degraded visual conditions, the audio-visual speech recognition system is able to decode (recognize) input speech data using audio-only data, thus avoiding recognition inaccuracies that may result from performing speech recognition based on acoustic-visual data models and degraded visual data.
    • 在劣化的视觉环境中执行视听语音识别技术,具有改进的识别性能。 例如,在本发明的一个方面,根据用于改善其识别性能的视听语音识别系统使用的技术包括以下步骤/操作:(i)在仅声学数据模型和 基于与视觉环境相关的条件的声学可视数据模型; 以及(ii)使用所选择的数据模型解码输入口头发音的至少一部分。 有利的是,在恶化的视觉条件期间,视听语音识别系统能够使用仅音频数据解码(识别)输入语音数据,从而避免了基于声学可视数据模型执行语音识别可能导致的识别不准确 并降低视觉数据。
    • 12. 发明授权
    • Compressing feature space transforms
    • 压缩特征空间转换
    • US08386249B2
    • 2013-02-26
    • US12636033
    • 2009-12-11
    • Petr FousekVaibhava GoelEtienne MarcheretPeder Andreas Olsen
    • Petr FousekVaibhava GoelEtienne MarcheretPeder Andreas Olsen
    • G10L15/06
    • G10L19/0212G10L19/032
    • Methods for compressing a transform associated with a feature space are presented. For example, a method for compressing a transform associated with a feature space includes obtaining the transform including a plurality of transform parameters, assigning each of a plurality of quantization levels for the plurality of transform parameters to one of a plurality of quantization values, and assigning each of the plurality of transform parameters to one of the plurality of quantization values to which one of the plurality of quantization levels is assigned. One or more of obtaining the transform, assigning of each of the plurality of quantization levels, and assigning of each of the transform parameters are implemented as instruction code executed on a processor device. Further, a Viterbi algorithm may be employed for use in non-uniform level/value assignments.
    • 提出了用于压缩与特征空间相关联的变换的方法。 例如,用于压缩与特征空间相关联的变换的方法包括获得包括多个变换参数的变换,将多个变换参数的多个量化级别中的每一个分配给多个量化值中的一个,以及分配 所述多个变换参数中的每一个变换为分配了所述多个量化级中的一个的所述多个量化值之一。 获得变换,分配多个量化级别中的每一个以及每个变换参数的分配中的一个或多个被实现为在处理器设备上执行的指令代码。 此外,维特比算法可用于非均匀级/值分配中。