This book introduces fundamental AI concepts - machine learning and deep learning - and outlines how they are applied in diagnostic automation. Readers are introduced to common imaging techniques like X-ray, MRI, CT, and ultrasound, as well as their integration into clinical settings.

This book covers challenges and opportunities for telemedicine from different parts of the healthcare system, with examples from around the world. It discusses telemedicine's role in health equity, pandemic response, remote monitoring, and electronic health records, with case studies from those who have successfully deployed these services.

This book explores cryptography methods for intelligent healthcare systems, including external threats, inside vulnerabilities, well-defined risks, and the resilience and robustness of the security architecture. Volume 1 addresses foundations and emerging architectures. Volume 2 focuses on privacy, governance and deployment.

This book explores cryptography methods for intelligent healthcare systems, including external threats, inside vulnerabilities, well-defined risks, and the resilience and robustness of the security architecture. Volume 1 addresses foundations and emerging architectures. Volume 2 focuses on privacy, governance and deployment.

This book covers technological advances in healthcare such as CAD in drug discovery, precision medicine, the evolution of medical devices, and data management, AI and ML in biomedical and healthcare applications, telemedicine, cloud computing systems, IoMT and cybersecurity of EMR are also discussed.

This authored book in two volumes provides biomedical engineers with the fundamental mechatronic engineering knowledge they need to analyse and design devices that can interact with human muscle, skeletal, and nervous systems to assist or replace limbs, senses, and even organs damaged by trauma, birth defects, or disease.

This authored book in two volumes provides biomedical engineers with the fundamental mechatronic engineering knowledge they need to analyse and design devices that can interact with human muscle, skeletal, and nervous systems to assist or replace limbs, senses, and even organs damaged by trauma, birth defects, or disease.

This book explores the ideas and practices around utilizing IoT integration within the healthcare ecosystem to improve patient diagnosis, monitoring, and treatment, using ML and optimization to develop proactive healthcare systems. A theoretical foundation and experimental case studies relevant to real-world situations are provided.