AI-driven inverse antenna design with real NEC2 + openEMS in the loop. Try the live in-browser playground.

HFSS-Optimizer 是一个集成了多种优化算法（MOPSO、MOBO、NSGA-II 等）和代理模型（GPR/RF）的 HFSS 天线自动化优化工具。通过代理模型技术大幅减少仿真次数，结合图形界面方便配置，支持加载历史数据继续优化，显著提升天线设计效率。

Repository for calculating rectangular, circular, and triangular patch antenna dimensions

Dense Matrix Market

AI Pixel Antennas: Neural network-based inverse design of compact pixelated antennas

Open Source Vivaldi Antipodal Antenna Design for 4G/5G Application

Building a geometry-first NEC wrapper with canonical antenna parts

RF matching network synthesizer, optimizer, and S-parameter analyzer with live VNA control

Yagi Uda Pro calculate Yagi antenna with 3D printable parts

Open Source Patch Antenna Design for Wifi Application

This repository contains the coursework for "Antenna Theory and Design for Wireless Communications". It includes a comprehensive report on the design and testing of a microstrip patch antenna and a MATLAB script demonstrating the exploration of phased array antennas.

A machine learning approach to the inverse design of microstrip patch antennas by predicting optimal physical dimensions from desired performance metrics.

Capacitor Calculator for Birdcage RF Coil Design for MRI

100% Python · 0% GUI clicks. ANSYS HFSS + PyAEDT design pipeline for a 2.45 GHz inset-fed microstrip patch antenna — geometry, parametric optimization, far-field analysis, animation, and auto-generated PDF report.

Bachelor's thesis on the design and simulation of an implantable antenna for microwave hyperthermia

A simulation-based approach to RF Design. Bridges theory and practice using MATLAB models and Qucs-S analysis for antennas and matching networks.

Functions and data structures for metallic waveguides

Altair CADFEKO source files for the simulation for the following: Half wave dipole , Half wave dipole with reflector, helical, horn, monopole, Yagi Uda and Narrowband Patch antenna designs.

# Antenna AI Studio 📡 AI-powered antenna architecture generator using Transformers. Generate optimal ring configurations based on target specifications (Gain, Directivity, Bandwidth, Steering). Interactive dashboard included. **Tech**: PyTorch | Streamlit | Deep Learning | Signal Processing

Designed a Dual-band 8 antenna MIMO system for 5G mobile phones using ANSYS HFSS Software. Proposed a dual-band, which can cover all the 5G N77, N78 and N79 bands. Produced the desired SWR and Antenna Waveport outputs.