Autorentext
Dr. Keshav Kaushik is an accomplished cybersecurity and digital forensics expert, currently an Assistant Professor at Amity University Punjab, India. As part of the Cybersecurity Centre of Excellence, he excels in teaching and research. He serves as Vice-Chairperson of the Meerut ACM Professional Chapter and was recognized in 2024 as one of the World's top 2% Scientists by Stanford University and Elsevier. His academic contributions exceed 150 publications, including 25 peer-reviewed articles and numerous conference papers. Dr. Kaushik is also an inventor with one granted patent and six published patents, along with five copyrights. He has published 30 books and 25 book chapters, enhancing his reputation as a thought leader. A Certified Ethical Hacker and ISO/IEC 27001 Lead Auditor, he has delivered over 50 talks globally and received recognition for his mentorship in the Smart India Hackathon 2017. His career demonstrates a profound impact on cybersecurity and digital forensics. Aryan Chaudhary, the Chief Scientific Advisor at BioTech Sphere Research, India, is an eminent figure in the healthcare and technology landscape, renowned for his groundbreaking contributions and innovative leadership. Formerly the Research Head at Nijji HealthCare Pvt Ltd, he has showcased unparalleled expertise in harnessing revolutionary technologies, including artificial intelligence, deep learning, IoT, cognitive technology, and blockchain, to reshape the healthcare industry. With a relentless commitment to excellence, he has left an indelible mark as a thought leader. His extensive body of work includes influential academic papers on public health and digital health, published in prestigious international journals. A focal point of his research lies in the integration of IoT and sensor technology for efficient data collection through one-time and ambulatory monitoring. A distinguished keynote speaker at numerous international and national conferences, He serves as a series editor of a CRC book series and as the editor of several books on biomedical science. His dedication to advancing scientific knowledge is further evident as a guest editor for special issues in renowned journals. Notably, he is currently serving as a guest editor for a special issue in the esteemed journal, EAI Endorsed Transactions on AI and Robotics, and has joined the editorial board of Biomedical Science and Clinical Research (BSCR). Recognized for his exceptional contributions, He has received prestigious accolades such as the "Most Inspiring Young Leader in Healthtech Space 2022" by Business Connect. His influence extends to senior memberships in various international science associations, showcasing his impact in the field. Recently, he has been appointed as the Chair for an ACM professional chapter and nominated as a member of the ACM U.S. Technology Policy Committee (USTPC) in the AI & Algorithms division.

Klappentext
Connected Diagnoses: IoT, Healthcare, and Digital Forensics investigates the complex intersection of IoT, healthcare, and digital forensics. The book explores the intricate relationships between these fields, with a focus on cybersecurity, patient data ethics, and challenges in IoT investigations. It advances knowledge on leveraging IoT securely to enhance patient care and digital forensic analysis, providing significant insights from experts along with practical guidance for those operating at the crossroads of these critical disciplines. The book helps professionals grasp, adapt to, and capitalize on the interconnected nature of emerging technologies to ensure ethics, security, and safety.

Users will find this to be a comprehensive resource that benefits researchers and practitioners who seek to understand the convergence of medical technology, interconnected devices, and digital forensics.

Inhalt

1. Security Measures in IoT Healthcare Devices
   
   2. The Role of AI in Digital Forensic Analysis of Healthcare Data
   3. Telemedicine and IoT: Enhancing Remote Patient Care
   4. Challenges and Solutions in Implementing IoT in Rural Healthcare
   5. IoT and Precision Medicine: Tailoring Treatments to Individual Patients
   6. Digital Forensic Challenges in IoT-enabled Drug Delivery Systems
   7. Legal Frameworks for IoT Data Privacy in Healthcare
   8. The Intersection of IoT and Public Health Surveillance
   9. Ethical Considerations in Using Wearable Devices for Health Monitoring
   10. Digital Forensic Challenges in IoT-enabled Emergency Response Systems