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Adaptive Noise Cancellation Using Partially Recurrent Fuzzy System

机译:使用部分复发模糊系统的自适应噪声消除

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In this paper, a partially recurrent fuzzy systemis developed to function as an adaptive noise canceller. In order to cancel noise distorting the information signal, the temporal information (dynamics) underlying the noise source and the distorting noise, which is generated by the noise source passing through some unknown channels, should be captured accurately. For this purpose, short-term memory is embedded into the input layer of the fuzzy system for handling local time information and internal feedback is introduced into the consequent part for processing global time information by virtue of a partially recurrent mechanism. A novel adaptive algorithm is proposed to tune the parameters of the premise and consequent part online. Simulation studies show that the proposed fuzzy system can cancel noise cancellation successfully for nonlinear dynamic channels.
机译:在本文中,开发了一种作为自适应噪声消除器的功能的部分复发性模糊系统。为了取消噪声扭曲信息信号,应准确地捕获噪声源的噪声源和失真噪声的噪声源和扭曲噪声的噪声产生的噪声。为此目的,短期存储器嵌入到用于处理本地时间信息的模糊系统的输入层中,并且内部反馈引入到借助于部分复发机制来处理全局时间信息的作用。提出了一种新颖的自适应算法来调整前提和随后在线的参数。仿真研究表明,建议的模糊系统可以成功取消噪声消除,用于非线性动态通道。

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