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Advanced Applications using Bio-Inspired Optimization Algorithms for Adaptive Digital Filters Designed with FIR and IIR Lattice-Ladder Structures

机译:使用生物启发式优化算法的先进应用,用于采用FIR和IIR格梯结构设计的自适应数字滤波器

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Recently published results demonstrated that the Lévy Flight Firefly Algorithm (LFFA) can be effectively applied to IIR adaptive filter structures designed with parallel or cascade second order sections. Recently published results also demonstrated that the LFFA can be effectively used for IIR adaptive filters designed with second order coupled form sections. This paper now proposes that bio-inspired optimization algorithms can be applied to FIR and IIR adaptive lattice-ladder structures, which have been well known throughout the literature for many past decades. Experimental results are presented to demonstrate that the LFFA performs effectively on several different types of adaptive lattice-ladder structures.
机译:最近发表的结果表明,Lévy飞行萤火虫算法(LFFA)可以有效地应用于设计有并行或级联二阶部分的IIR自适应滤波器结构。最近发布的结果还表明,LFFA可以有效地用于具有二阶耦合形式部分的IIR自适应滤波器。现在,本文提出了可以将生物启发式优化算法应用于FIR和IIR自适应晶格结构,这在整个文献中已经有数十年的历史了。实验结果表明,LFFA在几种不同类型的自适应格梯结构上能有效发挥作用。

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