emepy
EM field simulator
A tool for simulating EM fields using neural networks to accelerate computation
34 stars
1 watching
8 forks
Language: Python
last commit: about 2 years ago
Linked from 1 awesome list
joamatab/awesome_photonicsRelated projects:
| Repository | Description | Stars |
|---|---|---|
| byucamacholab/simphony | A tool for designing and simulating photonic integrated circuits. | 119 |
| byucamacholab/sipann | A software framework for simulating silicon photonics devices using machine learning techniques. | 36 |
 nanocomp/meep | A software package that uses the finite-difference time-domain method to simulate electromagnetic fields in various materials and geometries | 1,253 |
 unsw-ceem/nempy | A Python package for simulating and optimizing the dispatch of electricity in an energy market | 52 |
 upb-lea/gym-electric-motor | A Python toolbox for simulating and controlling electric motors with a focus on reinforcement learning and classical control. | 305 |
 antmicro/gerber2ems | Automates signal integrity simulation for printed circuit boards using electromagnetic field solver and Gerber files | 84 |
 cyb3rlab/pengym | A framework for training Reinforcement Learning agents in simulated network environments for penetration testing purposes. | 22 |
 fasferraz/enb | An emulator application to simulate EMM and ESM procedures for mobile network interactions | 59 |
 pybamm-team/liionpack | A tool for simulating battery pack behavior in one dimension using the PyBaMM framework | 90 |
 fancompute/ceviche | A Python package for electromagnetic simulation and automatic differentiation | 338 |
| pybamm-team/pybamm | A software package for creating and solving complex differential equations used in battery modeling | 1,122 |
 thliebig/openems-project | A software package for simulating electromagnetic fields in three dimensions using the finite difference time domain method. | 418 |
 demisjohn/camfr | Electromagnetic field simulator for nanophotonics applications using eigenmode expansion and advanced boundary conditions. | 65 |
 ecsim/opem | A Python-based simulation tool for fuel cells using various dynamic and static models to analyze electrochemical processes. | 202 |
 lbolla/empy | A suite of algorithms for electromagnetic problems and optics | 195 |