Abstract:
The novel method of continuous progression, estimated without cuff BP values based on complex analysis of photoplethysmogram (PPG) signal is reported. The proposed framework measures the amount of blood pressure (BP) found in the symptoms produced Here the body signals are first processed, and then you can visualize the signal followed by the release of complex elements from the PPG signals. Subsequent complex features were applied to the machine learning algorithms to predict them. The performance of method was assessed by calculating the mean total error and the general deviation of the predicted outcomes. Complex features from PPG are investigated, as well as integrated databases. It is considered that the complex features found in the integrated PPG signals have led to the development of BP balancing.
