zrjer's repositories
LP-TEST-PROBLEM-FROM-NETLIB
This repositort include linear programming from netlib both in mps and mat format.
ADMM_for_SDP
ADMM method for SDP problems, input in SDPA format, algorithm by Wen, Zaiwen, Donald Goldfarb, and Wotao Yin, 2010.
amgcl
C++ library for solving large sparse linear systems with algebraic multigrid method
cusparse-cholesky-solver
A sample code for sparse cholesky solver with cuSPARSE and cuSOLVER library
zrjer.github.io
My website
examples-of-web-crawlers
一些非常有趣的python爬虫例子,对新手比较友好,主要爬取淘宝、天猫、微信、豆瓣、QQ等网站。(Some interesting examples of python crawlers that are friendly to beginners. )
GPH
Heuristics for mixed-integer programming
LIBS2ML
LIBS2ML: A Library for Scalable Second Order Machine Learning Algorithms
matrix-factor
Code for providing incomplete factorizations of symmetric indefinite matrices.
Min-Cost-Flow-Class
C++ solvers for Minimum Cost Flow Problems
MLCoursera
Here I store all the exercises and projects of this course.
mtheme
A modern LaTeX Beamer theme
Osi
Open Solver Interface
osqp-eigen
Simple Eigen-C++ wrapper for OSQP library
Parallel-Solvers-for-Linear-System
Parallel Solver for Large Sparse Matrix Computations
PIPS
Parallel solvers for optimization problems
PIPS-IPMpp
PIPS-IPM++ - a massively parallel interior point method for primal-dual block angular Linear Programms
PSU19
Using Stephan Gelever's C++ linear algebra library (github.com/gelever/linalgcpp), we extend it and add some functionality to the SparseMatrix class and graph partitioning functions. Then, we implement the conjugate gradient method with varying preconditioners, with the subject of interest being multi-level graph (laplacian) partitioning preconditioners.
Python3WebSpider
《Python3网络爬虫开发实战》书稿
QETLAB
A MATLAB toolbox for quantum entanglement.
SCpp
Implementation of LQR, SOCP MPC and SCvx in C++
scs
C package that solves convex cone problems via operator splitting
vilin-numerical-optimization
Application and framework for executing and testing numerical optimization methods. State of the art algorithms such as l-bfgs, cg_descent, Levenberg-Marquardt etc. A various line search methods: Wolfe, strong Wolfe, More-Thuente, approx-Wolfe. Useful and user friendly gui