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Recursive Sine Cosine Base Function Neural Network for Proximity Capacitive Gesture Recognition

机译:递归正弦余弦基函数神经网络用于近距离电容手势识别

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This paper presented a recursive sine cosine base function neural network (RSCNN) user gesture base on proximity capacitive sensor. The human interactive gesture signal analyses have been a research topic smart home fields that algorithms build in local device to recognize real time. The neural network have been used in many fields that including identification, control and classification. RSCNN features is used sine and cosine base function to map input signal which have wide range function to receive uncertainty input signal range. Moreover, the recursive weight record previous signal to add learn procession. Therefore, the RSCNN methods to identify user gesture has satisfactory response.
机译:本文提出了一种基于接近电容传感器的递归正弦余弦基函数神经网络(RSCNN)用户手势。人机交互手势信号分析已成为智能家居领域的研究主题,该算法在本地设备中构建以识别实时。神经网络已用于许多领域,包括识别,控制和分类。 RSCNN功能使用正弦和余弦基函数来映射具有宽范围功能的输入信号,以接收不确定的输入信号范围。此外,递归权重记录先前的信号以添加学习队伍。因此,用于识别用户手势的RSCNN方法具有令人满意的响应。

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