An Improved Adaptive Exponential Functional Link based NAEC

Srikanth Burra, Asutosh Kar
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Abstract

Nonlinear distortion is an inevitable phenomena in hands-free devices. It is of particular concern in acoustic echo cancellation systems, as the distortion will result in poor echo cancellation performance. Functional link (FL) algorithms which fall under the category of linear-in-parameter model have shown promising results in literature under the influence of distortion. These FL algorithms depend on trigonometric functions in modeling distortion. Recently, adaptive exponential FL algorithm has been proposed for nonlinear system identification. Motivated by the improvement brought by this approach, in this work, a modified adaptive exponential algorithm is proposed to model sparse RIR under the influence of distortion. Simulations carried out validates the improvement in performance.
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一种改进的自适应指数函数链接NAEC
非线性失真是免提设备中不可避免的现象。在声学回波抵消系统中,由于失真会导致回波抵消性能差,因此这是一个特别值得关注的问题。在失真影响下,线性参数模型下的功能链接(FL)算法在文献中显示出良好的效果。这些FL算法在建模失真时依赖于三角函数。近年来,人们提出了一种用于非线性系统辨识的自适应指数FL算法。基于该方法所带来的改进,本文提出了一种改进的自适应指数算法来模拟失真影响下的稀疏RIR。仿真验证了性能的改进。
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