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Daily sound recognition using Pitch-Cluster-Maps for mobile robot audition

机译:使用Pitch-Cluster-Maps进行日常声音识别,以进行移动机器人试听

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This paper proposes a sound identification method for a mobile robot in home and office environment. We propose a simple sound database called Pitch-Cluster-Maps(PCMs) based on Vector Quantization approach. Binarized frequency spectrum is used for PCMs codebook generation. It can describe a variety of sound sources, not only voice, from short term sound input. The proposed PCMs sound identification requires several tens(msec) of sound input, and is suitable for a mobile robot application which condition is dynamically changing. We implemented the proposed method on our mobile robot audition system equipped with a 32ch microphone array. Robot noise reduction using proposed PCMs recognition is applied to each input signal of a microphone array. The performance of daily sound recognition for separated sound sources from robot in motion is evaluated.
机译:提出了一种适用于家庭和办公室环境的移动机器人的声音识别方法。我们提出了一个简单的基于矢量量化方法的声音数据库,称为音高-群集-映射(PCM)。二值化频谱用于PCM码本的生成。它可以描述来自短期声音输入的各种声源,不仅是声音。所提出的PCM声音识别需要数十个(msec)声音输入,并且适用于条件动态变化的移动机器人应用。我们在配备32ch麦克风阵列的移动机器人试听系统上实施了建议的方法。使用建议的PCM识别的机器人降噪应用于麦克风阵列的每个输入信号。评估了来自运动中的机器人的分离声源的日常声音识别性能。

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