Optimal Bus Route Model with Minimum Transfer Count

This article explores the development of an optimal bus route model using MATLAB, designed to help users identify the best travel routes while minimizing transfer requirements. The implementation utilizes a breadth-first search (BFS) algorithm to systematically explore all possible route combinations and identify the path with the fewest transfers. The MATLAB code structure includes key components such as route graph initialization, neighbor node traversal, and transfer counter implementation. We compare the BFS approach with alternative search algorithms to evaluate its computational efficiency and solution accuracy. The program incorporates specific functions for calculating transfer counts between different bus lines, using adjacency matrix representations for route networks. Practical code examples demonstrate how to handle route data input, process connection points, and output optimized route suggestions. Whether you're new to public transportation or an experienced traveler, this program provides intelligent route recommendations to make your journeys more convenient and enjoyable through efficient transfer minimization algorithms.