danilinx

danilinx's Stars

• MLNLP-World/Top-AI-Conferences-Paper-with-Code

  MLNLP: This repository is a collection of AI top conferences papers (e.g. ACL, EMNLP, NAACL, COLING, AAAI, IJCAI, ICLR, NeurIPS, and ICML) with open resource code

  2.6k751602

• janosh/awesome-normalizing-flows

  Awesome resources on normalizing flows.

  Language:Python1.4k4413124

• ebrahimpichka/awesome-optimization

  A curated list of mathematical optimization courses, lectures, books, notes, libraries, frameworks and software.

  2896136

• ANL-CEEESA/MIPLearn

  Framework for solving discrete optimization problems using a combination of Mixed-Integer Linear Programming (MIP) and Machine Learning (ML)

  Language:Python1488420

• fneum/ev_chargingcoordination2017

  Optimal Scheduling of Electric Vehicle Charging in Distribution Networks

  Language:Python996424

• martinbiel/StochasticPrograms.jl

  Julia package for formulating and analyzing stochastic recourse models.

  Language:Julia75114425

• bruscalia/optimization-demo-files

  Examples on numerical optimization

  Language:Jupyter Notebook631019

• jonathandumas/generative-models

  Implementation of generative models to compute scenario of renewable generation and consumption.

  Language:Python601213

• mahdims/Branch-and-price-

  This is my implementation of a branch and price algorithm to solve the humanitarian aid distribution problem. This problem is a VRP with a specific objective function

  Language:Python452113

• grzegorz-siekaniec/branch-and-price-gurobi

  Repository contains implementation of Branch and Prive for classical General Assignment Problem problem using Python and Gurobi solver.

  Language:Python42114

• mouadmorabit/MLColumnSelection

  Machine-learning-based column selection

  Language:Python331119

• ErezSC42/qr_forcaster

  Our implementation of the paper "A Multi-Horizon Quantile Recurrent Forecaster"

  Language:Python31119

• AntoinePassemiers/Stochastic-Unit-Commitment

  Stochastic Unit Commitment for Renewable Energy Supply using Lagrangian Decomposition

  Language:Python30508

• kevinkevin556/awesome-operations-analytics

  A curated list of awesome video lectures and learning resources for operations analytics.

  29102

• fzsun/cutstock-gurobi

  Cutting stock code for gurobi + python

  Language:Python16114

• gamma-opt/optimisation-notes

  Lecture notes for Linear and Nonlinear optimisation.

  Language:Jupyter Notebook15188

• jdumouchelle/IntegerLShaped

  A python implementation of the integer L-shaped method for solving two stage stochastic programs.

  Language:Python14103

• Capsar/The-Rise-of-Diffusion-Models-in-Time-Series-Forecasting

  Literature Survey about the available Diffusion Models capable of Time-Series Forecasting

  Language:TeX12101

• li-group/ChE-597-Computational-Optimization

  Language:Jupyter Notebook12105

• SnowyCoder/vrpc-forecast

  Solving VRPC with column generation and branch and price for fun and profit

  Language:Python12200

• wangtianyu61/robust-stochastic-portfolio-optimization

  the codes and some preliminary progress in the work of robust stochastic portfolio optimization

  Language:Python111

• mmghannam/scip-routing

  An exact VRPTW solver in python.

  Language:Jupyter Notebook8321

• prameshk/Discrete-Optimization

  Language:Python8211

• yassine-laguel/RandomizedProgressiveHedging.jl

  Language:Julia84

• ytsao/Integer-L-shaped-method

  Implement integer-L-shaped method for solving two-stage stochastic programming

  Language:C#8101

• 9231058/farmer

  Farmer Optimization Problem with Gurobi :farmer:

  Language:Jupyter Notebook6200

• gamma-opt/decomposition-short-course

  Material for a decomposition short course I teach sometimes

  Language:TeX4100

• BenZ326/Benders-decomposition-L-shaped-method-

  It's a realization of benders decomposition for a transporation problem with stochastic demand

  Language:Jupyter Notebook2101

• dprentiss/farmersPH

  This GAMS model solves the "Farmer's Problem" (Birge and Louveaux 2010) using a progressive hedging algorithm.

  2203

• gcstinchfield/stochastic-programming

  study of Birge and Louveax's stochastic programming textbook.

  Language:Jupyter Notebook1