Blind Equalization Based on Neural Network under LS Criterion by Gradient Iteration Algorithm

Xiao Ying, Dong Yu-hua
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Abstract

A blind equalization based on neural network under LS criterion was proposed in this paper and gradient iteration algorithm adopted to avoid computing the reverse matrix of correlation of input signal. The BP algorithm in the traditional blind equalization based on feedforward neural network is a stochastic gradient descent algorithm, which has low convergence rate and high residual error; meanwhile, it is often absorbed in locally minimum. The method proposed in this paper has better performance and no adding computation complexity compare with BP algorithm. Simulation results show that the equalization performance is improved under the nonlinear communication channel condition.
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基于LS准则的神经网络盲均衡梯度迭代算法
提出了一种LS准则下基于神经网络的盲均衡算法,采用梯度迭代算法避免了输入信号相关逆矩阵的计算。传统的基于前馈神经网络的盲均衡中的BP算法是一种随机梯度下降算法,收敛速度低,残差大;同时,它经常被局部最小值所吸收。与BP算法相比,该方法具有更好的性能和不增加计算量的优点。仿真结果表明,在非线性通信信道条件下,均衡性能得到了提高。
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