This article presents a Python implementation of the FDTD algorithm using NumPy for antenna design and analysis, with applications in electromagnetic simulation.
An open-source Python library for simulating electromagnetic waves using the FDTD method, utilizing NumPy for efficient computation, with example use cases for antenna design.
Lecture notes on numerical methods for antenna analysis, including the FDTD algorithm, with Python and NumPy examples, covering topics such as grid generation and boundary conditions.
A video tutorial demonstrating how to use Python and NumPy to simulate antenna performance using the FDTD algorithm, including code examples and visualization techniques.
A research paper discussing the application of the FDTD algorithm to antenna design and analysis, with a focus on Python and NumPy implementation, and comparison with other numerical methods.
An example code demonstrating the implementation of the FDTD algorithm using NumPy for electromagnetic simulation, with applications in antenna design and analysis.
An online course covering the FDTD algorithm and its application to antenna design and analysis, with Python and NumPy programming assignments and projects.
A preprint article presenting a NumPy-based FDTD solver for antenna simulation, with a focus on efficient computation and parallelization, and example applications in antenna design and analysis.