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Design and implementation of cost-effective IIR filter for EEG signal on FPGA

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ABSTRACT Filter is unfathomably used to identify diverse human flag in genuine time. In this paper, a digital IIR filter is proposed for the fast detection of EEG signal to… Click to show full abstract

ABSTRACT Filter is unfathomably used to identify diverse human flag in genuine time. In this paper, a digital IIR filter is proposed for the fast detection of EEG signal to smooth and compress the signal. This paper intends to design a digital IIR filter based on Field Programmable Gate Array (FPGA) to get faster biomedical signals specially EEG signals. For this purpose, a high order IIR filter is introduced to make EEG signal noise free, less costly and simple. For hardware usage, FPGA load up is utilised which is a mix of various logic gates which offers economical and enduring administrations.

Keywords: design implementation; eeg signal; fpga; iir filter; filter

Journal Title: Australian Journal of Electrical and Electronics Engineering
Year Published: 2020

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