Hardware emulation of a biorthogonal wavelet transform-based heart rate monitoring device
In this work, a low-power, area-efficient, and high-performance electrocardiogram (ECG)
detector that can be used in modern implantable cardiac pacemaker systems is proposed.
Qualitative and quantitative analysis indicates that the Biorthogonal-3.1 wavelet transform
combined with adaptive slope prediction is best suited to detect various ECG peaks by
effectively denoising various artifacts present in an ECG signal. A demand-based wavelet
filter bank (WFB) architecture consisting of a series combination of three lowpass filters is the …
detector that can be used in modern implantable cardiac pacemaker systems is proposed.
Qualitative and quantitative analysis indicates that the Biorthogonal-3.1 wavelet transform
combined with adaptive slope prediction is best suited to detect various ECG peaks by
effectively denoising various artifacts present in an ECG signal. A demand-based wavelet
filter bank (WFB) architecture consisting of a series combination of three lowpass filters is the …
Hardware Emulation of a Biorthogonal Wavelet Transform-Based Heart Rate Monitoring Device
R Ranganatham, RS Komaragiri - 2021 - lrcdrs.bennett.edu.in
In this work, a low-power, area-efficient, and high-performance electrocardiogram (ECG)
detector that can be used in modern implantable cardiac pacemaker systems is proposed.
Qualitative and quantitative analysis indicates that the Biorthogonal-3.1 wavelet transform
combined with adaptive slope prediction is best suited to detect various ECG peaks by
effectively denoising various artifacts present in an ECG signal. A demand-based wavelet
filter bank (WFB) architecture consisting of a series combination of three lowpass filters is the …
detector that can be used in modern implantable cardiac pacemaker systems is proposed.
Qualitative and quantitative analysis indicates that the Biorthogonal-3.1 wavelet transform
combined with adaptive slope prediction is best suited to detect various ECG peaks by
effectively denoising various artifacts present in an ECG signal. A demand-based wavelet
filter bank (WFB) architecture consisting of a series combination of three lowpass filters is the …
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