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advanced-terraform-2823489

Advanced Terraform

compare-cnlse

This repository holds the source codes used for comparing the Generalised nonlinear Schrödinger equation (GNLSE) and the Banded nonlinear Schrödinger equation (BNLSE) in terms of frequency bands.

comsol_matlab_parallel

Allows parallelisation of comsol/matlab models

crycompare

Python wrapper for CryptoCompare public API

cython-fftw

A very simple Cython project which demonstrates how to call FFTW natively

dagster

A data orchestrator for machine learning, analytics, and ETL.

devopspy

docker-shields

Shields.io in a Docker image :whale:

docker-stacks

Ready-to-run Docker images containing Jupyter applications

flyte

develop, execute, and monitor distributed workflows reliably at scale.

four_wave_mixing

Simmulated Four wave mixing degenerate and non degenerate pumps acording to the Agrawal Nonlinear optics book

four_wave_mixing_experiment

This codes uses the Degenerate four-wave mixing equations to calcuate the amplification of the LP01 and the LP11 modes within an optical fibre

gitignore

A collection of useful .gitignore templates

hermit_gaussian_pulses

If the refractive index profile can be approximated by a parablic index fibre then this code finds the modes that have the same effective area as specified

intermediate_python

kortical

mm-fopo

netezza-docker

Dockerfile for the Netezza ODBC driver.

ngcm_machinelearningcourse

Notes for the NGCM Summer Academy "Machine Learning" course

npcuda-example

Example python (numpy) -- CUDA installable package with a C-extension library

restructuredtext-tutorial

shields

Concise, consistent, and legible badges in SVG and raster format

single-mode-fopo

This is a public repository of a Single mode Fibre Optical Parametric Oscillator system

snorkel

A system for quickly generating training data with weak supervision

sphinx_rtd_theme

Sphinx theme for readthedocs.org

w-fopo

Simmulation of a fibre oscillator with a fibre of varrying geometry along the propagation dirrection.

wafel

This code is set to solve Maxwells equations and finding the modes of a waveguide using using the Fenics/dolfin wrappers