Name: Milan Klöwer
Type: User
Company: University of Oxford
Bio: Schmidt AI in Science Fellow at the University of Oxford. Previously MIT, PhD from Oxford, studied at GEOMAR Kiel, UNIS Svalbard, IUEM Brest.
Twitter: milankloewer
Blog: milank.de
Milan Klöwer's Projects
A library for calculating the Associated Legendre polynomials
Heat indices during some World and European championships in athletics
Chaos in one variable.
Nobody needed all those bits anyway
Information between bits and bytes.
Blosc compression for the Julia language
2D Brownian Motion Simulator. Periodic or repelling boundary conditions including gravity if desired. Adaptive timestepping to find next collision.
A pure-Julia type-flexible implementation of the Cooley-Tukey FFT algorithm
Documentation for Isambard Tier-2 HPC facility.
A documentation generator for Julia.
Julia package for computation of Optimal Transport distances.
Faster Float16 stored as Float32
Simple Finite-Element model for educational purposes. Uses the Uzawa-algorithm with bubble-nodes to solve the steady but non-linear Navier-Stokes equations in a simple 2D domain.
Floats with neither Infinities nor NaNs nor signed zeros.
What goes up must come down again.
The official registry of general Julia packages
A package for computing the FFT with arbitrary floating point numbers
Estimate the absolute performance of a piece of Julia code
Misc scripts for bit-wise information theory
Jenks Natural Breaks Optimization - a 1D classification method to minimise in-class variance or L1 rounding error.
HDF5-compatible file format in pure Julia
The Julia Programming Language
Repository (data, code, etc.) for the workshop: JuliaEO - Earth Observation with Julia
Linear and logarithmic quantization for Julia arrays
A 16bit logarithmic fixed-point number format