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Necessary and sufficient condition on convergence and robustness for a class of iterative algorithms with applications in adaptive filtering

机译:一类迭代算法的收敛性和鲁棒性的充要条件及其在自适应滤波中的应用

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The following class of recursive algorithm is considered: (X/sub n+1/=X/sub n/+a/sub n/ (B+C/sub n/)X/sub n/+b/sub n/). Under weaker assumptions about (C/sub n/) than those used for previous results, the necessary and sufficient condition on (b/sub n/) for the convergence of this algorithm is established, and its robustness is examined. These results are then applied to an adaptive filtering algorithm in order to obtain better convergence and robustness results than those previously given by the authors (1991).
机译:考虑以下类别的递归算法:(X / sub n + 1 / = X / sub n / + a / sub n /(B + C / sub n /)X / sub n / + b / sub n /) 。在关于(C / sub n /)的假设比以前的结果弱的假设下,建立了(b / sub n /)对该算法收敛的充要条件,并检验了其健壮性。然后将这些结果应用于自适应滤波算法,以获得比作者先前提供的结果(1991)更好的收敛性和鲁棒性结果。

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