Non-Invasive Glucose Monitoring based on Single Wavelength using Augmented Reality

Abstract

Surgeons are constantly looking for new technologies to enhance their operations in the environment. Because blood must be extracted via a skin prick, BGM (Blood Glucose Monitoring) approaches are invasive. However, researchers are working to make BGM non-invasive by employing NIR (near-infrared) rays. NIR technology has flaws that prevent it from being used in healthcare settings, such as light ray absorption in human tissue, larger SNR (signal-to-noise ratio), and poor accuracy. Applications to stay augmented reality (AR) are being examined for their potential use by surgeons as it becomes increasingly readily available, cheap, and accessible. The insertion of artificial data into any number of senses to help a user accomplish tasks with greater efficiency is recognized as augmented reality (AR).