Machine Learning and Artificial Intelligence in Implantable Pacemaker Technology for Intelligent Cardiovascular Health

Dr. P. Janardhan Saikumar

Indexed In: google scholar

Release Date: 20/08/2025 | Copyright:©2025 | Pages: 384

DOI: 10.71443/9789349552586

ISBN10: 9349552582 | ISBN13: 9789349552586

Hardcover:$300

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Machine Learning and Artificial Intelligence in Implantable Pacemaker Technology for Intelligent Cardiovascular Health' explores the convergence of advanced machine learning algorithms and AI technologies with the design and functionality of implantable pacemakers. This book delves into how intelligent systems can optimize pacemaker performance, predict arrhythmias, and adapt to individual patient needs in real-time. It highlights cutting-edge innovations in AI-driven diagnostics, personalized care, and the future of cardiovascular health management, offering a comprehensive guide for healthcare professionals, engineers, and researchers working on the integration of AI into medical devices for improved patient outcomes.

This book bridges the gap between cutting-edge artificial intelligence and machine learning technologies and the evolving field of implantable pacemaker devices. It covers the design, development, and implementation of AI-driven algorithms that enable pacemakers to adapt to patients' unique cardiovascular conditions, ensuring more personalized and efficient care. It explores the challenges, opportunities, and ethical considerations of integrating AI in medical devices, along with potential advancements in predictive modeling, data-driven insights, and real-time diagnostics. A must-read for engineers, clinicians, and researchers eager to understand the future of intelligent cardiac healthcare.

Table Of Contents

Detailed Table Of Contents


Chapter 1

Artificial Intelligence Architectures for Real Time Arrhythmia Detection and Adaptive Pacing in Implantable Pacemakers

Arivanantham Thangavelu, Satwik Chatterjee

(Pages:36)

Chapter 2

Machine Learning Based ECG Signal Classification for Personalized Pacemaker Response Optimization

K. Srinivasa Rao, R. Navaneetha Krishnan

(Pages:32)

Chapter 3

AI Powered Predictive Analytics for Early Detection of Bradyarrhythmia and Tachyarrhythmia Events

G. Jemilda, S. Suganya

(Pages:34)

Chapter 4

Development of Reinforcement Learning Algorithms for Closed Loop Cardiac Rhythm Regulation in Smart Pacemaker Devices

B Neeraja, K. Srinivasa Rao

(Pages:38)

Chapter 5

Integration of Deep Neural Networks with Biosignal Acquisition Systems for Intelligent Pacemaker Control

B Neeraja

(Pages:37)

Chapter 6

Sensor Fusion Techniques Using AI for Enhanced Physiological Monitoring in Cardiac Pacemaker Implants

G Parimala Gandhi, N. Prabhu

(Pages:35)

Chapter 7

Edge AI Implementation for Ultra Low Power Data Processing in Next Generation Pacemaker Devices

N. Srihari Rao, P Santhosh

(Pages:35)

Chapter 8

Federated Learning Models for Secure and Distributed Cardiac Health Monitoring in IoT Enabled Pacemaker Ecosystems

Narasimha Chary Cholleti, Shaik Lal John Basha

(Pages:33)

Chapter 9

Explainable Artificial Intelligence for Clinical Decision Support in Cardiac Rhythm Device Programming

Shaik Balkhis Banu, R Murugesan

(Pages:32)

Chapter 10

Data Driven Modelling and Digital Twin Frameworks for Predictive Maintenance of Implantable Pacemaker Systems

Satwik Chatterjee, Madhuri Vagal

(Pages:38)

Chapter 11

AI Based Anomaly Detection and Alert Systems for Remote Monitoring of Pacemaker Patients

Shaik Balkhis Banu, R. Kiruthika

(Pages:31)

Chapter 12

Wearable and Implantable Device Communication Using AI Optimized Low Energy Protocols in Cardiovascular Health

Shaik Balkhis Banu, Shaik Lal John Basha

(Pages:34)

Chapter 13

Personalized Health Profiles and AI Based Risk Stratification for Pacemaker Therapy Management

Pooja Singh, Rupali Tiwari

(Pages:33)

Chapter 14

Artificial Intelligence Integration with Photovoltaic and Wireless Charging Systems in Implantable Devices

Arun Raj S R, C. Infant Francita Fonseka

(Pages:35)

Chapter 15

Cloud Assisted Machine Learning Platforms for Longitudinal Analysis of Cardiac Signals from Implantable Pacemakers

Satwik Chatterjee, Achu Rajukutty

(Pages:33)

Chapter 16

Robust Machine Learning Algorithms for Noise Reduction and Feature Extraction in ECG Data Streams

Arun Raj S R, T. S. Venkateswaran

(Pages:38)


Contributions


Dr. P. Janardhan Saikumar, M.Tech, Ph.D., is a Professor in the Department of Electronics and Communication Engineering at Audisankara College of Engineering and Technology, Gudur, Andhra Pradesh. He holds B.Tech, M.Tech, and Ph.D. degrees in Electronics and Communication Engineering from Sri Venkateswara University College of Engineering (SVUCE), S.V. University, Tirupati. He has over five years of industry experience, including his role as a Process Automation Engineer at Lehman Brothers, London, and 3.5 years of research experience in Atmospheric Remote Sensing and Advanced Signal Processing at the Centre of Excellence under TEQIP-II 1.2.1 at SVUCE, S.V. University, Tirupati. With more than 12 years of teaching experience, his areas of expertise include Artificial Intelligence and Machine Learning, Deep Learning, Internet of Things (IoT), Biomedical Instrumentation, Image Processing, and Wireless Sensor Networks. He has published over 25 research papers in reputed national and international journals, presented more than 15 papers at various conferences, and has published 9 patents.

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