Intelligent system demonstrating the application of search strategies in the context of mostly-uninformed pathfinding in an environment with obstacles

Implementations of a A* search algorithm and an Uninformed Cost Search (UCS) algorithm to solve the Pancake Sorting Problem -- that is, order a disordered stack of different sized pancakes by flipping all pancakes above a certain depth.

A curated list of my Artificial Intelligence project.

A Rubik's Cube solver implementation with optimal algorithms (e.g. DLS, IDS) in C++ ❓

Nowadays we all know that how much AI and ML algorithms could impact our applications in various parts. Nonetheless, this repository was created with the purpose of sharing rudimentary and practical algorithms and concepts in this major. You can check out the contribution rules to know how you can join us for this help.

This program solves 2D maze using various uninformed and informed (heuristic) search strategies.

An AI project that implements uninformed and informed search algorithms. These algorithms are used to solve navigation and traveling salesman problems in the Pacman world.

This program runs in console. It lets the user choose an algorithm to try to solve the 8-square problem with a random starting state. The algorithms included are depth-limited search, uniform-cost search, (greedy) best-first search, and A* search.

Artificial Intelligent algorithms implementation on basic games

Algoritmo para encontra la salida de un laberinto, dado un punto de inicio y algunos obstáculos, usando un algoritmo de búsqueda no informada de tipo "Búsqueda en profundidad" (DFS).

The program will compute a route between the origin city and the destination city, and will print out both the length of the route and the list of all cities that lie on that route. It should also display the number of nodes expanded and nodes generated.

8 Puzzle Solver Using Classical Search Algorithms: DFS | BFS | A*

The first assignment of CS106 (Artifitial Intelligent) of UIT.

artificial intelligence basics @ university of alcalá

Implementation of various Artificial Intelligence problems in java

Search strategies for problem-solving agents.

Sokoban solver using informed and uninformed search.

Course work for CSE 362: Artificial Intelligence. Implementations for basic informed and uninformed search algorithms

The Single Queue Simulation is an implementation of a simulation model with multiple servers and queue priority.