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This project leverages real-time data from Ile-de-France Mobilités (IDFM) to provide an efficient metro navigation system for Paris and Bordeaux (using a simplified dataset). It utilizes graph algorithms to calculate shortest paths, visualize the minimum spanning tree of the metro network, and check network connectivity.
WHERE_IS_MY_LECTURE The project is designed around Jaypee Institute Of Information Technology-128 map, around all three floors highlighting the shortest route to your lecture hall. It uses the concept of Graph data structure to add classrooms and its connections and the djisktra algorithm to find the shortest route.
This project finds the smallest path with minimum spanning tree value of connection to loads and source which is Minimum Spanning Tree of the undirected graph and finds the shortest paths from a single source to all load points and the graph is directed graph.
JIIT Connect enhances the university experience by providing comprehensive guides, advanced features, and fostering community engagement for students at JIIT. Connect, explore, and thrive effortlessly on campus.
My solution to the mandatory assignment in the subject IN2140 - Introduction to operating systems and data communication at the University of Oslo. This mandatory assignment was related to making router operations more effective. Implemented in C.
This project is a campus navigation system written in Go for a data structures course. It uses the Gin framework and Redis, focusing on graph data structures and Dijkstra's algorithm for shortest path finding.
Developed predictive model to forecast flight delays, clustered airports to enhance efficiency, and used Dijkstra’s algorithm for shortest flight paths, leading to fuel savings. Optimized intra-state connectivity with Kruskal's algorithm and created a linear programming model that minimized delay penalties.