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2022-july-workshop

2022 July Workshop

algorithmsfromthebook.jl

Julia code in Kenneth Lange's Algorithms from THE BOOK

allanlab

Allan Lab website

aw-area51

configuration and user guide for the Alienware Area 51 desktop

bvls_jll.jl

cluster-parallel-examples

Various ways to run R code in parallel on the SESYNC SLURM cluster

cs344

Introduction to Parallel Programming class code

cuarrays.jl

A Curious Cumulation of CUDA Cuisine

cuda-convnet2

Automatically exported from code.google.com/p/cuda-convnet2

dist-primal-dual

Source code to accompany "Easily parallelizable and distributable class of algorithms for structured sparsity, with optimal acceleration".

dist_stat

dist_stat: Distributed statistical computing with distributed array data structure in PyTorch

diststat.jl

Distributed computation for statistics

grpregoverlap

Regularization paths of linear, logistic, Poisson, or Cox models with overlapping grouped covariates

haploadmixture-resources

hello-world

test

high-performance-spark-examples

Examples for High Performance Spark

hoffman2tutorials

Tutorials for UCLA's Hoffman2 HPC Cluster Computing Resource for R and Julia

hyperconv

HyperConv: Spatio-spectral Classification of Hyperspectral Images with Deep Convolutional Neural Networks

julia-mpi-cuarray

CUDA-aware MPI with CuArrays.jl

juliaworkshop

lasagne

Lightweight library to build and train neural networks in Theano

machinelearning-stanford-coursera

The Stanford Coursera course on MachineLearning with Andrew Ng

mendeliht.jl

Iterative hard thresholding as a multiple regression model for GWAS

minkowskiprojection

Companion website for "Projection onto Minkowski Sums with Application to Constrained Learning" (ICML 2019)

mpi-hello

hello world for MPI on clusters with job managers slurm and sge.

mpi.jl

MPI wrappers for Julia

mpiarrays.jl

Distributed arrays based on MPI onesided communication

nccl.jl

A Julia wrapper for the NVIDIA Collective Communications Library.

near-circulant-splitting

Code for the paper "Splitting with Near-Circulant Linear Systems: Applications to Total Variation CT and PET"

openadmixture-resources