OptiCommPy
Optical simulator
A Python-based framework to simulate various aspects of optical communications systems
Simulate optical communications systems with Python.
115 stars
7 watching
42 forks
Language: Python
last commit: about 1 month ago
Linked from 1 awesome list
digital-signal-processingjupyter-notebooknumbaoptical-communicationsphotonicspython
Related projects:
Repository | Description | Stars |
---|---|---|
opticspy/lightpipes | Simulates optical phenomena with diffraction essentiality using numerical methods. | 233 |
mperrin/poppy | A Python package for simulating physical optics propagation, including diffraction. | 177 |
sterncat/opticspy | An open-source Python module for simulating and analyzing optical systems and phenomena. | 462 |
pynlo/pynlo | A Python package for simulating and modeling nonlinear optical effects in various materials and systems | 103 |
sbyrnes321/tmm | A Python library for simulating light propagation in planar multilayer thin films using the Transfer Matrix Method | 189 |
siepic/opics | An S-parameter based photonic integrated circuit simulator written in Python. | 43 |
fancompute/angler | A software package for simulating and optimizing optical structures using finite-difference methods and optimization algorithms. | 157 |
david-hoffman/pyotf | Software for simulating optical transfer functions in microscopy using Python | 71 |
qpv-research-group/rayflare | Software for simulating and modeling complex optical systems using multiple simulation methods | 33 |
dtu-dsp/robochameleon | A Matlab framework and component library for simulating and analyzing optical communication systems | 57 |
simbilod/optio | Software for simulating and optimizing 2D grating coupler designs in integrated photonic chips | 10 |
byucamacholab/simphony | A tool for designing and simulating photonic integrated circuits. | 118 |
projectpyrho/pyrho | A Python module for simulating and characterizing optogenetics experiments | 34 |
open-atmos/pysdm | Software package for simulating particle dynamics in atmospheric cloud physics applications | 58 |
demisjohn/camfr | Electromagnetic field simulator for nanophotonics applications using eigenmode expansion and advanced boundary conditions. | 65 |