A* algorithm-based route planner built in C++ using IO2D library (Udacity C++ Nanodegree).
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Updated
Jan 3, 2021 - C++
A* algorithm-based route planner built in C++ using IO2D library (Udacity C++ Nanodegree).
A program in C++ that creates a pseudo-random Rubik Cube and tries to solve it using the A* Algorithm.
ENPM809Y Final Project
Graduate level Artificial Intelligence coursework
This repository contains my solutions to the assignments of the course CSE-318 | Artificial Intelligence.
AI path planner program that utilizes a multitude of algorithms, including the A* Search algorithm.
Generic A star (A*) incremental algorithm
An Artificial Intelligence project to find a pathway through a cavern with N paths (Edinburgh Napier, Artificial Intelligence Module Coursework)
This repository contains the codes of my academic course CSE366-Artificial Intelligence. The problems are solved using the C++ language.
This was my first Udacity project, that required me to implement A* search to find a path between two points, just as you might see in a desktop or mobile mapping application.
Implementation of the A Star Search Algorithm in C++ and QT to find the shortest path between two positions.
Udacity Route Planning Project
Implementing the A* algorithm in C++ to find a path on a map
Larger scope projects.
Backing up codes I wrote, during my Artificial Intelligence course.
A route planner that can find a path between any two points on a real map of a real city using io2d library , google teste library for testing and pugixml for parsing xml files from open street map data to the project.
This is a C++ implementation of A* search algorithm, referenced from Udacity.
This code solves the 8 puzzle problem with A star algorithm.
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