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Artificial Intelligence and Control in the Cardiac Pacemakers
Abstract
The incorporation of AI in cardiology provides advantageous viewpoints for improving accuracy by diminishing the error rate and raising efficiency in different cardiovascular clinical procedures. Overall, the aim is to diagnose complex pathologies, anticipate complications, and decrease diagnostic times as well as medical errors. Arrhythmia is one of the primary cardiovascular illnesses that involve a sizeable number of people in the world. For real-time patient heart rate control, the most extensively utilised implantable device in the cardiovascular system is the cardiac pacemaker. Certain pathologies need the implantation of cardiac pacemakers to restore the cardiac rhythm. Efficient and robust control of cardiac pacemakers is fundamental for supplying life-saving control action to handle heart rate in dynamic conditions. Thus, the development of new pacemaker-based heart stimulation techniques has an essential role in the evolution of this field. The chapter tackles the control techniques and the implementation of AI in this context and their further challenges.
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