This article presents a Python implementation of the FDTD method using NumPy for modeling and simulating antennas. The code is provided as an open-source repository.
A lightweight, NumPy-based FDTD solver for simulating electromagnetic waves and modeling antennas. The code is highly customizable and includes example use cases.
This research paper discusses the implementation of the FDTD algorithm in Python using NumPy for simulating antenna performance. The code is attached as a supplementary material.
This online course covers the fundamentals of the FDTD method and its application to antenna modeling and simulation. The course includes a Python assignment using NumPy.
The official NumPy documentation provides an example of using NumPy with the FDTD method for electromagnetic simulations, including antenna modeling.
This article presents an efficient implementation of the FDTD algorithm in Python using NumPy for simulating antenna performance. The code is provided as an open-source repository.
This online course covers the application of the FDTD method to antenna simulation using Python and NumPy. The course includes a project where students implement the FDTD algorithm.
This open-source repository provides a NumPy-based FDTD solver for simulating electromagnetic waves and modeling antennas. The code is highly customizable and includes example use cases.