Abstract

Abstract

Overview

With the advent of 5th generation (5G) telecommunication networks, traditional methods of assessing Radio-Frequency Electromagnetic Fields (RF-EMFs) exposure in the general population are becoming obsolete. This paper presents a protocol tailored to the specific challenges of measuring RF-EMF exposure in environments dominated by 5G technologies.

Background

• General population exposure to RF-EMFs through telecommunication networks is inevitable.
• Current methods fail to capture the intricacies of 5G technologies, which are characterized by high spatio-temporal variation and user-focused base station emissions.

Goals

The main goal is to develop a comprehensive protocol to evaluate personal RF-EMF exposure in the era of 5G by incorporating novel research techniques and findings on adaptive antenna systems specific to 5G NR technologies.

Method

Building on previous research and preliminary data from 5G simulations and test sites, the protocol proposes activity-based exposure assessments using state-of-the-art RF-EMF sensors on personal devices.

Results

An innovative approach involving activity-based exposure assessment allows for precise evaluation of personal exposure based on user behavior and proximity to RF-EMF sources.

Conclusion

This newly developed protocol addresses the complexities of 5G NR, offering a systematic method to accurately measure and assess the risk of RF-EMF exposure to individuals.