Emerging Diagnostic Glucose Sensing Approaches: Diabetes provides a comprehensive review of past and recent research, highlighting the benefits of techniques to analyze the methods and technologies being employed to perform successful pain-free blood glucose monitoring using non-invasive techniques. The book's main focus is the use of electromagnetic waves to analyze physical phenomena while using advanced sensors and physiological techniques for glucose monitoring in the human body. This is a must-have reference of recent breakthroughs and cutting-edge techniques using advanced electromagnetic wave sensors, which have opened up new areas in non-invasive blood glucose research for the biomedical and other research communities.

Measuring blood glucose levels using electromagnetic waves is now one of the most prominent candidates fulfilling the criteria for blood glucose monitoring. In addition, research using Physiological techniques (ECG and EEG) that integrate artificial intelligence/deep learning are making new breakthroughs. Success in this research requires the applications of physical models for accurate analytical studies, the use of biomedical methodologies for understanding the human body phenomena, and the application of engineering tools for the development of the prototypes.

• Provides methodologies on new diagnostic glucose sensing approaches as a part of industrial and societal applications
• Includes the latest techniques required for simulating, designing, and testing for desired applications
• Offers a multidisciplinary review on new sensing methods to explore research analysis in the field of diabetes