route-optimization

Route planning and optimization engine written in C++

Computes the shortest route between a source and destination city, and prints out both the length of the route and a list of all the cities on the route.

A Traffic Optimization system in C++ using a rudimentary ant colony optimization technique.

Smart employee transportation routing & cost optimization using advanced metaheuristic algorithms. Solves heterogeneous vehicle routing problems with soft time windows (HVRPSTW).

Applying Dijkstra and Prim's algorithms to optimize routes between major landmarks in Amman, Jordan using C++.

An enterprise-grade Route Optimization System built in C++ and Qt. Solves the Travelling Salesperson Problem (TSP) with interactive neo-cyberpunk visualizations, algorithmic benchmarking, and dual memory architectures.

A desktop-based Route Optimization System developed using C++ and Qt Creator that demonstrates the practical implementation of Data Structures and Algorithms for efficient pathfinding and route management. The project features an interactive graphical interface, route visualization, and optimization techniques designed to calculate efficient paths

Route Optimization System is a desktop application developed using C++ and the Qt Framework for visualizing and optimizing routes using graph-based algorithms. The system allows users to create route networks, connect cities through weighted paths, and analyze different route optimization techniques. It includes implementations of Dijkstra, Greedy.

A Traffic Optimization system in C++ using a rudimentary ant colony optimization technique.

This repository contains an implementation of the Traveling Salesman Problem (TSP) solver using C++. The TSP is a classic algorithmic problem in the fields of computer science and operations research. The goal is to find the shortest possible route that visits a set of cities and returns to the origin city, visiting each city exactly once.