The Berkeley Photonics Generator (BPG) is a Python framework that enables the generation and simulation of photonics layout
AI summary
Photonics generator
A Python framework that generates and simulates silicon photonics layouts
- stars
- 35
- forks
- 9
- watching
- 17
- awesome list
- 1
Similar projects
Found by comparing what the projects do, not just their names.
Layout generator
A Python-based factory for generating photonic integrated circuit layouts with specialized curved waveguides and non-square-corner shapes.
Circuit generator
A framework for generating and analyzing analog circuits using Python
Fracture simulator
A Python-based simulation tool for multiphysics processes in fractured porous media
SRAM generator
A tool for generating black-boxed SRAMs for use in CAD flows.
Lisp Generators
Generators for Common Lisp with a Python-like interface
Photonics measurer
Automated photonics measurement system with Python libraries and GUI front-end for wafer-scale optical test setup
OCN generator
Generates synthesizable Verilog for on-chip networks with customizable parameters and modular design
circuit simulator
An S-parameter based photonic integrated circuit simulator written in Python.
Pulse designer
A Python library for designing and visualizing pulses and pulse schedules for quantum computing hardware
CCG to PST converter
A tool for converting Combinatory Categorial Grammar derivations into Phrase Structure Trees using Python
Protocol generator
A tool for generating OpenFlow protocol libraries for multiple programming languages.
Photonic simulator
A tool for designing and simulating photonic integrated circuits.
Circuit designer
Automated design tool for photonic circuits using Python and external software.
Quantum Gate Language
A Python-based language and compiler for programming quantum computers directly at the physical layer.
Circuit simulator
A Python framework for simulating quantum circuits and optimizing control pulses
Featured in 1 awesome list
Each link jumps to the spot where the list mentions BPG.
