ML-Surrogate Model

This repository contains attachments related to the publication:**[Design of a Metal 3D-Printed, Linearly Polarized Coaxial-to-Circular Waveguide Transition for High-Power Microwave Space Applications Using a Machine Learning Surrogate Model-Based Optimization Approach] ****Authors: ** [H…….., He….., Ra…………, Al………….]**Published in: ** [Virtual and Physical Prototyping], [Volume xxx], [Issue yyy], [Year 2025], [Page Numbers zzz or DOI https://doi.org/10.1080/xxxyyyzzzz]## DescriptionThis repository provides access to additional resources that enhance or support the findings presented in the main publication. These materials may include,* **Datasets: ** The raw or processed datasets used for the analysis in the publication.* **Python Code: ** Scripts or software implementations used for data analysis.***Surrogate Model: ** Models generated## Contents1-Folder Dataset &amp; Models ----------------------This folder has the Dataset and Trained Models1-Individial Feature importance Score-----------This folder has the Feature importance Score of variables data2-Reduced LHS-----------------------------------This folder have the Reduced LHS feature importance Score## How to UseThe files in this repository are organized. You can browse the contents and download individual files as needed.To access the main publication, please refer to: the publication's DOI link https://doi.org/10.1080/xxxyyyzzzz].## LicenseThis work is licensed under a Creative Commons Attribution 4.0 International License. To view a copy of this license, visit https://creativecommons.org/licenses/by/4.0/.## CitationIf you use the data or materials in this repository, please cite the original publication. And if you specifically use any of the attached files, you may also consider referencing the repository.## ContactFor any questions or inquiries regarding this repository or the publication, please contact:<br>………………Email Address: ………………..---**Last Updated:** March 25, 2025