MATLAB Implementation of Clarke-Wright Savings Algorithm

The Clarke-Wright Savings Algorithm is a heuristic method designed to solve Vehicle Routing Problems (VRP). This algorithm optimizes delivery routes by identifying the most cost-effective paths, thereby reducing overall transportation costs. MATLAB provides a powerful programming environment ideal for implementing this algorithm, featuring matrix operations and optimization tools that efficiently handle route calculations. The implementation typically involves calculating savings between customer pairs, sorting these savings in descending order, and sequentially merging routes while respecting vehicle capacity constraints. Key MATLAB functions used may include sort() for ordering savings, matrix operations for distance calculations, and logical indexing for route management. You can access the complete MATLAB source code implementation of the Clarke-Wright Savings Algorithm at the following link, which will help you solve your VRP challenges. Link: [MATLAB Implementation of Clarke-Wright Savings Algorithm](insert link here)