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Command Words Recognition Algorithm of Shrinking Residual Network based on MFCC and Dual Micro-Array

机译:基于MFCC和双微阵列的剩余网络缩小识别算法

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In order to improve the accuracy and robustness of command word recognition in complex environments, this paper studies a command word recognition algorithm based on Shrinking residual network combining dual microarray and Mel-cepstrum coefficients. The ResNet15 network is improved by using dual micro-array datasets and contraction residual units. two multi-task contraction residual models RSN-CW with command word recognition and user judgment systems are constructed. Among them, the RSN-CW15 overall command word recognition rate and The accuracy of user judgment both exceeding the ResNet15 model. Compared with ResNet15, the training parameters of low-power RSN-CW6 are greatly reduced while ensuring accuracy.
机译:为了提高复杂环境中指令词识别的准确性和鲁棒性,本文研究了基于缩小残余网络的命令字识别算法,组合双微阵列和MEL-Cepstrum系数。 通过使用双微阵列数据集和收缩残差单元来提高ResET15网络。 构建了两个具有命令字识别和用户判断系统的RSN-CW的两个多任务收缩残差模型。 其中,RSN-CW15总体命令字识别率和用户判断的准确性超过Reset15模型。 与Reset15相比,低功耗RSN-CW6的训练参数在确保精度的同时大大减少。

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