For more information on tutorials, current projects and step-by-step tutorials, visit my mainproject page

Publications and research can be found on myGoogle Scholar andResearchGate pages

Interested in collaboration? Reach out to me onLinkedin!

Tools:

• AntennaCAT, the automated antenna calculation and CAD tool designed for working with EM simulation software and optimization
• TheObjective Function Test Suite used to benchmark and collect data for the optimizer set
• A non-GUIPython library for the tinySA series of devices, and for theNanoVNA series

Tutorials:

• Machine learning forAntennas
• Educational material samples forEncryption, Decryption, and Cryptography, and reverse engineering references (coming soon)

Trinkets:

• TheCat Antenna collection that has appeared in select publications, projects, and DEF CON 32 village show-and-tells
• Assorted measurements forantenna research samples that have appeared in papers

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1. AntennaCalculationAutotuningToolAntennaCalculationAutotuningToolPublic

   Antenna Calculation and Autotuning (AntennaCAT) is a comprehensive implementation of machine learning to automate, evaluate, and optimize the antenna design process using EM simulation software.

   Python 7 1

2. AntennaCalculatorAntennaCalculatorPublic

   Forked fromDollarhyde/AntennaCalculator

   Quick class-based restructure + library updates. Has CLI and GUI branches

   Python 1 1

3. 2024-URSI-NRSM-12652024-URSI-NRSM-1265Public

   Repository for code featured in "Machine Learning Assisted Optimization Methods for Automated Antenna Design"

   Jupyter Notebook 4 1

4. tinySA_pythontinySA_pythonPublic

   An unofficial Python API for the tinySA device line

   Python 4

5. cryptography_examplescryptography_examplesPublic

   The public half of an educational materials demo sample

   Python

6. nanoVNA_pythonnanoVNA_pythonPublic

   An unofficial (simple) Python API for the nanoVNA device line

   Python