Academic coursework completed as a Computer Science Student

visualizes five pathfinding algorithms and maze generation algorithms.

C++ A* pathfinding library

A pathfinding simulator that uses the A* algorithm to find the shortest path

A website made to calculate shortest path using uniform cost search and A* algorithm

A* pathfinder algorithm in JavaScript with an user friendly UI

Using the A* algorithm to solve the Npuzzle problem.

Visualizer for some search algorithms — currently A* and Dijkstra's algorithms — using JavaScript, jQuery, HTML, CSS, and some third party JS libraries.

Portfolio of AI projects developed during my Udacity AI Nanodegree, covering Planning AI, Constraint Satisfaction, Hidden Markov Models, and Search algorithms.

This is a web application that gets user's input location and find shortest path to the nearest hospital using A* algorithm and also show it visually through graph by networkx library

The A* (A-star) algorithm is a powerful and efficient pathfinding and graph traversal algorithm commonly used in robotics and artificial intelligence. This implementation is specifically designed for drone navigation, enabling autonomous drones to determine the optimal path from a starting point to a target location while avoiding obstacles.

use es6; firefox>=53 chrome>=56 tested

Applying A start algorithm to find optimal path between two given places in hyderabad

About SmartXNavigator is an advanced route planning tool that leverages geographic and traffic data to provide optimized travel routes. Utilizing Pathfinding algorithms, it calculates the shortest or quietest paths based on user preferences.

This is real time implementation for applying a star algorithm in graph database [Neo4j].

Proyecto II | Algoritmos y Estructuras de Datos II [CE2103] | SERVIDOR | Cliente: https://github.com/juan230500/Cliente_P2_DatosII

Marauder Map is an interactive map application inspired by the magical map from the Harry Potter series. Our application is designed to provide users with real-time traffic data and efficient route planning using A* and Dijkstra algorithms.