Supplementary Material for: Benchmarking Physics-Informed Neural Networks Against Boundary Element Methods for Wave Scattering: Accuracy–Efficiency Trade-offs
This research aims to evaluate the accuracy and efficiency of physics-informed neural networks compared to boundary element methods for wave scattering.
Provided additional methodological details related to the main analyses.
Included experimental setups and computational techniques utilized in the main manuscript.
No specific numerical results were shared in the supplementary material.
Clarified methodologies enhance understanding of efficiency and accuracy trade-offs in wave scattering.
Abstract
This supplementary material provides additional methodological details supporting the analyses presented in the main manuscript.