Clinical Technologies and Processes : Electrocardiography and Stimulation Cardiorespiratory Polygraphy

This volume explores electrocardiography, cardiac stimulation, and cardiorespiratory polygraphy, bridging engineering and medical practice. It covers ECG processing, pacemakers, defibrillators, and polygraphy methods with case studies. Ideal for biomedical engineering students, researchers, and healthcare technology professionals.

This volume explores clinical processes in electrocardiography, cardiac stimulation, and cardiorespiratory polygraphy, offering an in-depth examination of modern bioengineering applications in cardiovascular diagnostics and therapeutics. It provides a bridge between engineering innovation and medical practice in cardiac monitoring and treatment. Clinical Technologies and Processes: Electrocardiography and Stimulation Cardiorespiratory Polygraphy is volume 2 of the Innovation in the Modern Hospital System: Electronic Bioengineering, Telemedicine, and Artificial Intelligence book set. This volume combines theoretical foundations with practical implementations, featuring detailed technical specifications, clinical protocols, and real-world applications. Readers will gain valuable insight into over critical topics including ECG signal processing, pacemaker technologies, defibrillator systems, and advanced polygraphy methods. The text excels in connecting engineering principles with clinical practice through detailed case studies, laboratory prototypes, and current technological innovations. Special emphasis is placed on patient management protocols, remote monitoring systems, and the integration of digital health technologies, enabling healthcare professionals and engineers to deliver more effective patient care through advanced technological solutions. The primary audience for this book is biomedical engineering students and faculty, doctoral researchers in electromedical sciences and telemedicine. It will also be of interest to healthcare technology managers, medical equipment designers, and hospital bioengineering service managers seeking to implement cutting-edge cardiac monitoring and therapeutic technologies.