Title of article :
Design of window based FIR filter for electrocardiogram noise removal
Author/Authors :
Ameer Rasel, V.B PSG College of Technology - Coimbatore - Tamil Nadu, India , Uma, A PSG College of Technology - Coimbatore - Tamil Nadu, India , Kalpana, P PSG College of Technology - Coimbatore - Tamil Nadu, India
Abstract :
Cardiovascular diseases are a major threat to the survival of human beings. An electrocardiogram
is used in the diagnosis of heart diseases. But many types of noises are present to deter the quality
of ECG signals. Thus, these noises must be filtered using a Digital filter like FIR (Finite Impulse
Response) filter. There are different approaches to designing an FIR filter. One of the prominent ways
is by using windows. There are other ways of designing the FIR filters but filtering using windows is
one of the fastest ways of designing the FIR filters. In this paper different orders to filter has been
analyzed and the best order to filter the ECG is found. Using that order different windows of FIR
filter has been designed using Xilinx System Generator which is used to filter the noisy ECG signal.
Also, various windows have been compared for filtering noises in ECG like Baseline Wander noise
and Muscle Artifacts noise. The best window among all the windows is found out using MATLAB
Simulink.
Keywords :
Finite impulse response (FIR) , Electrocardiogram (ECG) , Muscle artifacts (MA) , Baseline wander (BW)
Journal title :
International Journal of Nonlinear Analysis and Applications