Generate Synthetic ECG Signal Normal and Pathological using Mathematical Model
Fatima Guendouzi, Mokhtar Attari
Signals and Telecommunication Journal, Vol. 2, No. 1, 2013.
DOI: 
Link: http://www.dline.info/stj/fulltext/v2n1/2.pdf
Abstract:
In telemedicine, the transmission of the cardiac signal or for the diagnosis of an automatic Holter, it is important to model the heartbeat. Our aim in this work is the modeling of the ECG data by polynomial transform. We have developed an algorithm that allows the modeling of the ECG signal with the Chebyshev polynomial. The principle of ECG data modeling is presented and the relevant examples for the capability of the method are provided. The modeling algorithm is evaluated using the database of MIT-BIH. The first results obtained exhibit the faithfully reproduction abnormalities included in the ECG signal.