Implementation of the paper "Fair Clustering Through Fairlets" by Chierichetti et al. (NIPS 2017)
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Updated
Nov 29, 2019 - Jupyter Notebook
Implementation of the paper "Fair Clustering Through Fairlets" by Chierichetti et al. (NIPS 2017)
A C++ implementation of Network Simplex Algorithm
A full complete simplex solver using Gauss method
Successive shortest path minimum cost flow solver
The aim of this project is to analyze demand/supply trends for bike sharing applications in central London. The project is split into two parts a Data Analysis section and an Optimization Model for solving the Bike Reposition Problem.
A Simple C++ Implementation of the Lemon Optimization Library to Solve a Minimum Cost Flow problem in a given Graph Network with Supply/Demand Values of Nodes and Capacity, Unit Cost of Flow for each Edge.
Linear Programming and Queueing Theory, solved in R and presented as Rmarkdown HTML files.
Codes for Linear Programs, Max Flow Min Cut and Min Cost Flow Problems etc.
4 sample solutions on Network optimization problems.
This is a place where I store my thesis code. The code is about solving the network-flow model by using Cycle-canceling algorithm. The code also includes other algorithms such as Edmond-Karp and Bellman-Ford.
Network optimization problem solved using Gurobi Python
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