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This project offers a JavaScript implementation of Dijkstra's algorithm with a user-friendly PriorityQueue class, ideal for finding the shortest paths in complex graphs as in routing or network optimization.
Given a fleet of drones, a list of customer orders, and availability of the individual products in warehouses, schedule the drone operations so that the orders are completed as soon as possible.
A full-stack web application for navigation of the University of Washington Campus that enables shortest-route calculation between buildings and other locations. Builds off the existing, limited University of Washington Campus Map web application in a highly scalable and campus-oriented way.
It is based on the A* algorithm. The user enters his current location and the destination and the program will print the shortest path. The program has an unordered map data structure which contains nodes. The place name, longitude and latitude present in the program are of Karachi, Pakistan.
Реализация алгоритма Дейкстры для поиска кратчайшего пути между двумя вершинами и оптимального маршрута на 3D поверхности с использованием очереди с приоритетом (PriorityQueue).
Algorithmic project in python aiming to exploit traffic data of the city of Montreal (OSMNX) with the aim of optimizing routing for snow plowers. Implementiaon with different algorithms (Fleury, dfs, bfs) to efficiently cover all roads with all snowplows.
Project Home Delivery Management System implements Travelling Sales Man problem with many extended features such as calculate estimated distance, time, cost, shortest delivery route and send it to the Delivery boy present in Queue