16 research outputs found
Autonomous path following by fuzzy adaptive curvature-based point selection algorithm for four-wheel-steering car-like mobile robot
Detection and classification of cardiovascular abnormalities using FFT based multi-objective genetic algorithm
Stable control of a heterogeneous platoon of vehicles with switched interaction topology, time-varying communication delay and lag of actuator
An Adaptive Automatic EEG Signal Segmentation Method Based on Generalized Likelihood Ratio
Extraction of ECG Significant Features for Remote CVD Monitoring
Remote healthcare monitoring for Cardiovascular Diseases (CVD) in the present lifestyle is of the utmost importance throughout the world because of high mortality rate, around 30% of deaths all over the world are due to the CVD as per the World Health Organization (WHO) statistics. With the advancement of medical industry and huge growth in IoT technology is gradually making the remote CVD monitoring a reality. During the real-time Electrocardiography (ECG) acquisition, proper detection of individual ECG beats, and the extraction of essential features from each ECG beat is crucial to automate the diagnosis process of CVD remotely. Therefore, it is necessary to explore various techniques for the detection of CVD and the complexity involved in it. This chapter does the review and covers various methods to process the ECG signal and focuses on the low complexity algorithms to extract the significant clinical features of ECG