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  4. Frequency Estimation of Short Range Radar Using Adaptive FIR Notch Filter and SAGC for Velocity Detection
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Frequency Estimation of Short Range Radar Using Adaptive FIR Notch Filter and SAGC for Velocity Detection

Author(s)
Chinakaew, Pannipa
Sinchai, Sakkarin
Wardkein, Paramote
Koseeyaporn, Jeerasuda
Date Issued
September 11, 2018
Type
Conference Paper
DOI
10.1109/CCOMS.2018.8463227
Abstract
This research proposes the velocity detection for short range radar using an adaptive FIR notch filter and a sinusoidal automatic gain control scheme (SAGC). A HB 100 module with amplifying gain of 20 times produces Doppler signal and this signal is fed to a laptop through a sound card with sampling frequency of 8000 Hertz. The signal is processed by the SAGC to amplify the amplitude of the signal to be unity. To detect the frequency of the signal, an algorithm of indirect frequency estimation based on adaptive FIR notch filter is performed. After that, the resulting frequency is converted to velocity. All procedures in this work are processed by MATLAB program. The results of the proposed method have better signal to noise ratio compared with existing method. In addition, the presented work consumes low computational time.
Citation
2018 3rd International Conference on Computer and Communication Systems Icccs 2018, 67-71, 2018
Subjects

component

SAGC

short range radar

velocity detection

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