A discrete-time Python-based solver for the Stochastic On-Time Arrival routing problem

Advanced multiple object tracker using dlib and OpenCV.

A tutorial on using C++/Cplex for OR problems. The tutorial is intended to be useful for every OR practitioner with an intermediary knowledge of coding.

Optimization and Operations Research With Python

A Julia package for operations research problems

This repository documents the MATLAB implementation of several day-to-day (disequilibrium) dynamic traffic assignment models, e.g. based on stochastic choice models, bounded rationality, and information sharing behavior

An intelligent traffic monitoring system that collects traffic flow and metrics including average speed and vehicle counts for each road. Features real-time data visualization with interactive dashboards and an integrated AI Agent chatbot for querying processed traffic data in real-time.

Transportation Model for an optimal strategy for distributing a commodity from a group of supply centers to various receiving centers. Solved in C# Windows Form Application

Transportation resources optimization solver

This python-based script computes the traffic assignment using the Frank-Wolfe (FW) method. The entire code is developed by Ashkan Fouladi and Vahid Noruzi based on python.

Failure prediction for APU’s on a Metro System Research project source code

Misc functions/libraries implemented in Go.

Solving multi-modal optimization problem (Truck and Freighter) during master 2 class about transport optimization

This is an Operations Research Course Project. This is a QT GUI that implements Knapsack and Transportation Cost Problem. We used Gurobi as A Solver.

Transportation Problem in operational research with efficiency and precision. By implementing cutting-edge algorithms and user-friendly interfaces, we've developed a tool that optimizes the allocation of resources and minimizes transportation costs. Simplify your supply chain management and boost your operational efficiency with our solution.

Optimize transportation planning with the Furness Method's Python Implementation and predict future trip distribution in residential areas using this algorithmic approach. This repository provides a detailed README, Python script, and examples for easy implementation.

Python and C++ solutions for some of the mathematical programming problems.

An algorithm in transportation problem using Average Opportunity Cost (AOC) and Improved Average Penalty Cost (IAPC) method