The Vehicle Monitoring And Routing System (VMARS) makes use of GPS to provide the exact location of the vehicle. It allows a parent to monitor the vehicle in real-time using a GPS-based device possessed by its driver. It is also capable of finding the shortest route to reach the destination passing through all the checkpoints which uses our proposed algorithm to find the same. This system also possesses the facility of speed monitoring and giving sound alerts to the driver if he over speeds his vehicle. Also, the system gives accident alerts to the vehicle admin via SMS.
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
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.
A Repository to store implementation of some of the famous Data Structures and Algorithms (mainly in C/C++/Java/Python) for everyone to learn and contribute.
Software-Defined Networking implementation using Floodlight, which uses Djikstra's algorithm to enable shortest path routing in a virtual network (Mininet).
Este programa crea un laberinto cuadrado (una matriz), de un tamaño asignado asignado por el usuario. Mediante pesos aleatorios, se trata de encontrar la salida utilizando el camino más corto. Se incluye el mismo laberinto y el grafo para visualizarlos gráficamente.
