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Journal: International Journal OF Engineering Sciences & Management Research (Vol.4, No. 6)

Publication Date:

Authors : ; ;

Page : 33-35

Keywords : LMS; DLMS; FPGA; Adaptive filter; Modelsim; VHDL;

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The most important issue for practical signal processing applications is removing noise, echo etc. The hardware implementation of adaptive filters is a challenging issue in real-time practical noise cancellation, echo cancellation, applications. An adaptive filter is a kind of filter that changes and updates its specifications according to the application automatically. Adaptive filter in general consists of two basic processes, filtering process and adaptive weight control process. This adaptive weight control mechanism may be different algorithms such as LMS,DLMS,RLS,NLMS which are used for error minimization. This paper presents the design and implementation of LMS and DLMS adaptive filter architectures on a Field Programmable Gate Arrays (FPGA) chip. The adaptive filters LMS and DLMS are compared and analyzed on the basis of performance parameters such as Device utilization summary w.r.t. FPGA, Speed Factor and maximum operating frequency. The filter architecture is considered for designing and the VHDL hardware description language is used for algorithm modeling. The practical results of simulation are monitored using Modelsim. The proposed work by different authors in their literatures has concluded and they have shown their results efficiently. By summarizing all of the work by different authors we are going to carry out implementation processes which are mentioned abov

Last modified: 2017-06-15 21:23:57