zhangzhihuihust

zhangzhihuihust's Stars

• Snailclimb/JavaGuide

  「Java学习+面试指南」一份涵盖大部分 Java 程序员所需要掌握的核心知识。准备 Java 面试，首选 JavaGuide！

  Language:Java145k4.5k1k45.4k

• sty945/bank_interview

  :bank: 银行笔试面试经验分享及资料分享（help you pass the bank interview, and get a amazing bank offer!）

  5k3610626

• HaaLeo/swarmlib

  This repository implements several swarm optimization algorithms and visualizes them. Implemented algorithms: Particle Swarm Optimization (PSO), Firefly Algorithm (FA), Cuckoo Search (CS), Ant Colony Optimization (ACO), Artificial Bee Colony (ABC), Grey Wolf Optimizer (GWO) and Whale Optimization Algorithm (WOA)

  Language:Python4931025111

• JuliaNLSolvers/NLsolve.jl

  Julia solvers for systems of nonlinear equations and mixed complementarity problems

  Language:Julia3171615066

• rwuilbercq/Hive

  Artificial Bee Colony Algorithm in Python.

  Language:Python1086251

• alialaradi/DeepGalerkinMethod

  Companion code for "Solving Nonlinear and High-Dimensional Partial Differential Equations via Deep Learning" by A. Al-Aradi, A. Correia, D. Naiff, G. Jardim and Y. Saporito (https://arxiv.org/abs/1811.08782)

  Language:Python1078440

• QuantumBFS/QuDiffEq.jl

  Quantum Algorithms for solving differential equations

  Language:Julia44965

• ARM-software/mram_simulation_framework

  MRAM magnetization simulation framework. s-LLGS python and verilog-a solvers for transients simulation and Fokker-planck equation solver for stochastic analysis

  Language:Python386011

• jon85p/pyENL

  Cross-platform engineering nonlinear equations systems solver [Under construction 🚧]

  Language:Python3013316

• EduardBargues/NonLinearEquationsSolver

  This repository aim to provide with an easy-to-use library to solve non-linear systems of equations.

  Language:C#25898

• Rainyfish/2E-VRP-ABC

  In the process of solving the 2E-VRP problem, the large-scale destruction and repair algorithm is used to ensure that the algorithm does not fall into the local optimal solution. The process of the initialization process uses the greedy strategy to cluster the customers. The large-scale destruction process is to randomly remove the customer nodes on the satellite into the customer pool. The repair process is based on the reciprocal of the customer's distance to each customer in the customer pool. Gambling Select the satellite to which the customer belongs and engage in greedy insertion. For the second layer of path planning, you need to use multiple search operators, such as random sequence reversal exchange operator, crossover operator, damage and repair operator, and crossover operator variants, etc. to improve the artificial bee group algorithm Of the local search ability. To ensure that the global optimal situation can be found, the neighborhood of large-scale search. The improved artificial bee colony algorithm incorporates the idea of ​​simulated annealing and improves the global optimization ability of artificial bee colony algorithm. For the artificial bee colony algorithm, the combination of global optimization ability and local optimization ability improves the possibility that the algorithm can find a better solution than the existing method. Multi - operator artificial bee colony algorithm, which extends the search range of the food source 's neighborhood, and more possibilities to find the global optimal solution. The experimental results show that the algorithm can get better path planning results

  Language:MATLAB25104

• ngroup/qpso

  A Python implementation of quantum particle swarm optimization (QPSO).

  Language:Python16212

• aniltrkkn/DasOptimization

  Pure Java nonlinear equation solving and unconstrained optimization library

  Language:Java11313

• grburgess/pychangcooper

  A generic Chang and Cooper solver for Fokker-Planck style equations

  Language:Python9201

• calibertytz/PDEs_by_DL

  This repository hosts a PyTorch implementation for the paper 'Solving Fokker-Planck equation using deep learning '

  Language:Jupyter Notebook84

• cbherbert/stochrare

  This Python package aims at providing tools to study stochastic processes: integrate SDEs, solve Fokker-Planck equations, sample rare events,...

  Language:Python81155

• magittan/FokkerPlanck

  Numerical Methods solver illustrating how to solve the Fokker Planck equations for 2D+1 variables.

  Language:Jupyter Notebook51

• omyllymaki/solvers

  Different type of solvers to solve systems of nonlinear equations

  Language:C++4201

• pmocz/Smoluchowski

  simple python script to solve Smoluchowski equations with a finite volume method

  Language:Mathematica4201

• mantasavas/NonlinearEquationSolver

  Vilnius University 2017, Software Engineering, Numerical Methods course, Solving equation using fixed point iteration and secant methods

  Language:Java30

• zmilne/Fokker-Planck-numerical-solutions-supplement-to-Modified-Multibond-Model-numerical-solutions

  Solves the Fokker-Planck equation for the dynamic mass-spring-damper system illustrated in ForceBalance.png with only a single "substrate" interaction. This code can be used to verify the Modified Multibond Model numerical simulations when there is only one substrate interaction. A publication with a full explanation is nearing readiness for submission.

  Language:MATLAB3

• ShaoAndrews/NonlinearSolver

  By utilizing the kv library to solving the nonlinear equations

  Language:C++2

• shikibu-z/enm502-homework4

  A finite element method implementation based on Galerkin's Method and bi-linear elements. Solving specifically a reaction-convection-diffusion boundary value problem.

  Language:Fortran2000

• woodssss/Solve-Fokker-Planck-equation-by-Gradient-flow-in-Wasserstein-metric

  Language:MATLAB2200

• Davidjordao/NonlinearEquation_with_Matlab

  Using numerical methods to Solve Nonlinear Equations with Matlab

  Language:Matlab1104

• Maikuelet/Smith-Hutton-Problem

  This repository contains a Matlab code developed for solving the convection-diffusion equation for the case of study of the Smith-Hutton Problem.

  1

• OlegZuev/NonlinearEquationSolver

  Language:C++1200

• ozumduru/Nonlinear-Equation-Solver

  Solving Nonlinear equations usint several methods

  Language:MATLAB1100

• Souritra-Garai/Steady-State-Convection-Diffusion-Problem

  Solutions to 1D and 2D steady state transport problem involving convection and diffusion, using python, numpy and solvers made from scratch

  Language:Python1100

• wilberto856/DekkerAlgorithm

  Dekker's Algorithm in python

  Language:Python1