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adawhatever

MATLAB implementation of AdaGrad, Adam, Adamax, Adadelta etc.

arduino-projects

:rocket: Simple projects for learning Arduino

ariake-dark-syntax

Atom dark syntax with traditional Japan colors.

ariake-light-syntax

aux-funs

A collection of auxiliary functions for MATLAB

awesome-manifesto

Utopian developer's manifesto

bart

Bart sends templated emails for you :sweat_smile: :outbox_tray:

bbh

Bibliography helper

berryconda

Conda based Python distribution for the Raspberry Pi

blockschaltbilder

Einfache Blockschaltbilder in LaTeX/TikZ

burndown-charts

TikZ templates for burndown charts

call-rust-dylib-from-python

A minimal, very simple example for calling Rust dylibs from Python

cholesky-update

Rank-1 update and downdate of Cholesky factorization

clerk

Send rendered Markdown notes via email :memo: :arrow_right: :email:

color-coder

Represent a vector with a color :rainbow:

control-conferences

List of control conferences with locations and deadlines

controlboros

A simple framework for simulating control systems

decompositions-shootout

Comparison of matrix decompositions (SVD, NMF, ID, CUR)

deep-learning-keras-euroscipy2016

# Deep Learning with Keras

discrete-frechet-distance

Fast C implementation of the discrete Fréchet distance computation for MATLAB MEX

dla

Distributed linear algebra toolbox

eigen-matio

eigen header-only file for reading and writing matlab data files using the 'matio' library

emoji-feedback

Quick and dirty emoji feedback app :heart_eyes:

enlarger-focus-control

Simple manual focus control for a Kaiser enlarger

euroscipy-2017-lt-badges

Badges your Python project should have (lightning talk at EuroSciPy 2017)

euroscipy-2017-poster

Poster for EuroSciPy 2017

euroscipy-networkx

fastmat

Wouldn't it be cool if there was a way to play and interact with matrices in code like a mathematician can do on paper? What is so cool about that is, that instead of working with matrices as rectangles of numbers like a computer normally does, you can employ structural information while still exploiting most of the freedom you have when scribbling on a piece of paper. At first sight this seems hard to realize efficiently but as we show quite the contrary is the case. A structure driven approach for handling matrices implies great flexibility, speed and fun!

fbpca

Fast Randomized PCA/SVD

fe_medley

A simple FE code implementation in various languages