Abstract

Overview

The study focuses on the electromagnetic fields emitted by smart glasses and their impact on the head's tissues, specifically examining various positions, frequencies, and antenna designs.

Findings

• Integrated WiFi or Bluetooth modules in smart glasses emit electromagnetic radiation.
• The study employs simulations to ascertain different effects on human head tissues, characterized mainly by specific absorption rate (SAR).
• Antenna type shows minimal effect on SAR values across tissues.
• Frequency impacts are governed by the maximum regulated output powers.
• Antenna placement has a significant influence on SAR values, with front side positioning deemed optimal.

Conclusion

The findings suggest that careful consideration of antenna placement in smart glasses can mitigate the risks associated with electromagnetic field exposure, potentially enhancing safety for users.