jaianthv

jaianthv's Stars

• diego-vicente/som-tsp

  Solving the Traveling Salesman Problem using Self-Organizing Maps

  Language:Python3.9k1177606

• google-deepmind/alphatensor

  Language:Python2.7k5613243

• PyLops/pylops

  PyLops – A Linear-Operator Library for Python

  Language:Python44612139109

• JuliaLinearAlgebra/IterativeSolvers.jl

  Iterative algorithms for solving linear systems, eigensystems, and singular value problems

  Language:Julia41130160106

• UnlockingHistory/virtual-unfolding

  "virtual unfolding" computational pipeline

  Language:TypeScript1336015

• pybop-team/PyBOP

  A parameterisation and optimisation package for battery models.

  Language:Python102526230

• yijiang1/fold_slice

  Electron/X-ray ptychography and tomography/laminography

  Language:MATLAB88122030

• ciuccislab/pyDRTtools

  An intuitive python GUI to compute the DRT

  Language:Jupyter Notebook7611532

• OPM/LBPM

  Pore scale modelling

  Language:C++72187631

• PythonOptimizers/pykrylov

  A library of Krylov methods in pure Python

  Language:Python61152126

• stefanloock/pyshearlab

  pyShearLab is a Python toolbox which is based on ShearLab3D written by Rafael Reisenhofer and has been ported to Python by Stefan Loock.

  Language:Python504817

• Ptychography-4-0/ptychography

  Code repository for Ptychography 4.0 project.

  Language:Jupyter Notebook27103315

• akchaudhary57/Andrew-Ng-Coursera-Machine-learning-in-Python

  I have written Machine learning equations from scratch in python using Andrew Ng Coursera dataset. Andrew-Ng-Coursera-Machine-learning-in-Python.

  Language:Jupyter Notebook194025

• jtschwar/tomo_TV

  C++ library for Regularized 2D and 3D Tomography Reconstructions.

  Language:Jupyter Notebook17227

• optimato/UMPA

  Code for the "Unified Modulated Pattern Analysis" (UMPA) method of processing speckle-based X-ray imaging data

  Language:Python10222

• silx-kit/silx-training

  training for the silx toolkit

  Language:Jupyter Notebook1092114

• yingDaWang-UNSW/Dual-EDSR

  Language:Python10303

• BIG-MAP/SR-electrolytes

  Symbolic Regression on High-throughput electrolyte data

  Language:Jupyter Notebook9000

• jtschwar/projection_refinement

  A GPU and CPU accelerated python package for aligning tomography datasets.

  Language:Python7313

• jcesardasilva/tutorialHercules

  Tutorial for the HERCULES school 2021

  Language:Jupyter Notebook6100

• andyofmelbourne/Ptychography

  My basic code for solving Ptychographic problems

  Language:Jupyter Notebook5221

• smeetsomaiya/opencl-matrix-multiplication

  Matrix multiplication on OpenCL for Intel CPU and GPU platform

  Language:C++5201

• Abishekpras/Spectral-Clustering-for-Image-Segmentation

  Spectral Clustering

  Language:HTML3401

• specialfish9/image-deblur

  Project for the 2021/2022 unibo course 02023

  Language:TeX3102

• ViniciusMikuni/SBUnfold

  Language:Python3200

• RedhouaneBJM/ProSPyX

  Language:Python21

• virafpatrawala/Image-Restoration-EE610

  Language:Python20

• 4iar/opencl-matrix-add

  GPU-accelerated matrix addition using OpenCL

  Language:C++1200

• amirabbasasadi/stein_variational_gradient_descent

  Implementation of Stein Variational Gradient Descent in Julia

  Language:Jupyter Notebook1

• KBMP111/X-ray-Image-Analysis

  A notebook showing the methods I used to analyse x-ray images

  Language:Jupyter Notebook1