This project aims to develop a comprehensive system for modeling and optimizing airport connectivity and flight routes. The core of the system is a graph-based representation, where each node represents an airport, and edges represent direct flights between airports. This model allows for the application of various graph algorithms to analyze and optimize the network of flights.
The system constructs a graph where airports are nodes, and direct flights are edges. This map serves as the foundation for analyzing the connectivity of the airport network, enabling tasks such as finding the shortest path between airports.
Building on the connectivity map, the system employs graph algorithms like DFS, BFS, Dijkstra's, Prim’s and Kruskal’s to find the most efficient routes between airports. This feature helps in identifying optimal routes for passengers and cargo, potentially reducing travel time and costs.