mvanwaveren

mvanwaveren's Stars

• Scientific-Computing-Lab/HPCorpus

  HPCorpus: C, C++ and Fortran codes from GitHub

  Language:Python53

• fjelljenta/Quantum-Challenge

  Language:Python41

• Christophe-pere/Roadmap-to-QML

  This repository will contain the major papers, books and blog posts on QML

  30644

• rookiehpc/rookiehpc.github.io

  A website covering major HPC technologies, designed to welcome contributions.

  Language:Fortran5513

• josemonsalve2/openmp_tutorial

  OpenMP Tutorial

  Language:Jupyter Notebook97

• takh04/QCNN

  Language:Python6329

• qdevpsi3/quantum-orthogonal-nn

  JAX implementation of Classical and Quantum Algorithms for Orthogonal Neural Networks by (Kerenidis et al., 2021)

  Language:Python73

• qdevpsi3/qml-qcnn

  Python implementation of Quantum Algorithms for Deep Convolutional Neural Networks (Kerenidis, Landman and Prakash, 2019)

  Language:Python3

• JonasLandman/QCNN

  quantum convolutional neural network - simulations

  Language:Python9423

• ionq-samples/qiskit-getting-started

  Getting started with Qiskit

  Language:Jupyter Notebook135

• phelber/EuroSAT

  EuroSAT: Land Use and Land Cover Classification with Sentinel-2

  39484

• ESA-PhiLab/QNN4EO

  Language:Jupyter Notebook2910

• qiyaoliang/Quantum-Deep-Learning

  Recent advances in many fields have accelerated the demand for classification, regression, and detection problems from few 2D images/projections. Often, the heart of these modern techniques utilize neural networks, which can be implemented with deep learning algorithms. In our neural network architecture, we embed a dynamically programmable quantum circuit, acting as a hidden layer, to learn the correct parameters to correctly classify handwritten digits from the MNIST database. By starting small and making incremental improvements, we successfully reach a stunning ~95% accuracy on identifying previously unseen digits from 0 to 7 using this architecture!

  Language:Jupyter Notebook3312

• YPadawan/qiskit-hackathon

  A github repository for our quantum CNN project for the quantum computing hackathon

  Language:Jupyter Notebook36

• qiskit-fall-fest-hackathon-france/qiskit-fall-fest-hackathon-france

  Main repository for the Qiskit Fall Fest Hackathon organised in France by the Montpellier Hub

  Language:Jupyter Notebook24

• microsoft/WSL

  Issues found on WSL

  Language:PowerShell17.3k812

• microsoft/wslg

  Enabling the Windows Subsystem for Linux to include support for Wayland and X server related scenarios

  Language:C++10.1k302

• CS-SI/eodag

  Earth Observation Data Access Gateway

  Language:Python31643

• hpc-hallway/The-Hallway

  hpc-hallway.org // hpc-hallway.de

  710

• NixOS/nix

  Nix, the purely functional package manager

  Language:C++12.1k1.5k

• easybuilders/easybuild

  EasyBuild - building software with ease

  Language:Shell464143

• spack/spack-tutorial

  Standalone Spack Tutorial Repository

  Language:Python4835

• spack/spack

  A flexible package manager that supports multiple versions, configurations, platforms, and compilers.

  Language:Python4.2k2.2k

• tgmattso/OpenMP_Common_Core

  This repository holds the exercises for the OpenMP common core tutorial

  Language:C185

• OpenMP/sources

  This repository contains supplementary source code for the OpenMP(R) API Specification.

  Language:C9921

• tgmattso/OpenMP_Exercises

  These are simple exercises to support my hands-on OpenMP tutorials

  Language:C108