Published Paper Details:

Theoretical The foetal electrocardiogram (FECG) signal may contain precise information that might assist doctors in making more appropriate and timely decisions while on the job. Fetal pulse checking is a technique for obtaining vital information about a hatchling's health throughout pregnancy and work by recognising the FECG signal produced by the embryo's core. Clinical analysis and biomedical applications are the conclusive justifications for the interest in FECG signal investigation. Congenital heart failure is one of the most well-known birth defects and the leading cause of birth deformity-related deaths. The morphology of heart electrical signs is affected in the majority of people who have cardiovascular problems. The cost of an effective approach for foetal cardiovascular signals can be offset by the successful method for observing the prosperity of the fetal heart. Digital signal processing techniques have played an important role in the extraction of foetal ECG signals. The abdominal ECG IV signal (AECG) is thought to be a nonlinear mixture of the maternal ECG, foetal ECG signal, and various interference signals. The foetal ECG is derived from two signals captured on the mother's skin in the thoracic and abdominal zones. To solve the dilemma of the mother and foetus, we apply the FECG technique to calculate the heart rates of both the mother and the foetus by correlating the signals. We use a toolbox called NI Lab VIEW for this, which allows us to correlate and compare signals using data from the PHYSIONET database.