H E R W I C T
Human Exposure to Radiation from new Wireless Communication Technologies using Advanced Electromagnetic-Thermal Dosimetry Models
Project Objectives
The principal goal of the project is to develop the realistic models accompanied with highly accurate numerical methods such as Boundary Element Method, Finite Element/Volume Method and hybrid techniques. The obtained numerical results for APD and related temperature increase will be compared to the experimental results obtained using a head phantom. As deterministic computational models are not enough to represent relevant parameters which characterize realistic scenarios they will be combined with stochastic approach, featuring non-intrusive stochastic collocation method. Finally, as the developed techniques are expected to require substantial computational resources, we will adopt modern approximation techniques, such as physics informed neural networks to develop fast approximate models suitable for use without supercomputers.
Conferences
Members of the HERWICT team present the results of their research at international conferences and in scientific journals. Published papers can be found here.
5G Database
As part of the HERWICT project, a unique database has been created containing a total of 3,000 measurements of electric field strength near base stations installed throughout the Republic of Croatia. The data were collected in collaboration with the accredited testing laboratory, Center for Environmental Measurements Ltd.
The analysis of the measured results is available here, and the complete research can be accessed here.
Research on the calculation of electric field strength near 5G base stations is currently under review and will be published soon.
Electromagnetic Dosimetry
Coming soon!
AI-Based Fast Models
Coming soon!