Protocol for personal RF-EMF exposure measurement studies in 5th generation telecommunication networks

Abstract

Overview

The rapidly evolving 5G telecommunication networks utilize Radio-Frequency Electromagnetic Fields (RF-EMFs), posing potential exposure risks to the general population. Traditional measurement techniques may not accurately predict 5G RF-EMF exposure due to technological advancements.

Goals and Methods

• Develop a comprehensive study protocol tailored for future personal RF-EMF exposure research in the context of 5G technologies.
• Include assessments of auto-induced exposure from both a user's own devices and network base stations.
• Draw insights from previous RF-EMF exposure studies and recent findings relevant to 5G technologies.

Findings

An activity-based approach to account for auto-induced exposure has been introduced, where:

• RF-EMF sensors are attached to mobile devices to gather data on power density, location, and movement.
• Exposure evaluations during different user activities are enabled through clustering of collected data.
• Simulations and measurements help in understanding the exposure induced in various scenarios.

Conclusion

This study protocol addresses challenges in measuring personal RF-EMF exposure introduced by 5G technologies and systematically evaluates auto-induced exposure, enhancing understanding of health risks associated with RF-EMFs.