The use of wearable sensors in healthcare has enormous promise for raising healthier lifestyles, cutting healthcare expenses, and enhancing patient care. Wearable Smart Sensing Devices: Techniques, Fabrication, Data Collection and Analysis presents a complete overview of the techniques for developing integrated wearable sensors, the systems that power them, and the fabrication issues involved in making them. The book bridges the gap between theory and practice, offering scientific knowledge and practical insight. Written by renowned researchers and industry experts, this book provides valuable understanding and insight into the design, data processing and analysis, and fabrication of wearable sensors for academic engineering and scientific researchers, industry engineers and scientists interested in developing wearable sensor devices.

• Presents a practical approach to designing and fabricating wearable sensors, covering lightweight hardware, energy harvesting, signal processing, and wireless communication.
• Explores practical challenges related to smart fabrics, biomonitoring, and health informatics, addressing real-world problems faced by professionals in these areas.
• Gives a deep understanding of designing wearable devices from an end user perspective
• Discusses ethical and safety considerations
• Presents the future trends for wearable sensors in the field of disease diagnostics and personalized healthcare management