DriftingDroids - yet another Ricochet Robots solver program

8 puzzle solver using BFS, DFS, IDDFS and A-star algorithm

This repository includes java algorithms and java projects. Code is self explanatory and created using core java concepts in Eclipse Editor. This files are compatible for command line run. Algorithms are demonstrated and explained in comments at end of of main application files.

Some graph search algorithm. An assignment of Introduction to AI.

First assignment for the Artificial Intelligence Class, 2º Year, 2º Semester , Bachelor in Artificial Intelligence and Data Science.

My first project in C language

A high-performance Rubik’s Cube solver written in modern C++. This project features multiple cube representations (3D array, 1D array, bitboard) and implements advanced solving algorithms, including BFS, DFS, IDDFS, and IDA* with pattern database heuristics. Designed for speed, modularity, and extensibility, it’s ideal for both educational purposes

Contains the assignment 1,2,3 and 4

Porjects for Algorithmic Techniques for Artificial Intelligence

This repository implements classic AI techniques for solving problems using informed (A*, Greedy Best-First) and uninformed (DFS, BFS) search algorithms. Includes code, notes, and key observations to deepen understanding.

Iterative Deepening Depth-First Search implemented by C++.

Puzzle 8 PyQt5 With Search algorithms BSF,DFS,IDDFS and A*

Using A*, BFS and IDDFS Algorithms to Solve a NxN Grid Sliding Puzzle

Automotive AI Systems is a project that combines three AI approaches for automotive applications: an ontology with SPARQL queries, grid-based search algorithm comparisons (IDDFS vs Best-First), and AMT anomaly detection using rule-based, fuzzy logic, and Random Forest models.

General search tool for both directed and undirected graph data structure in C++

AI Project1 Fall 2018

An IDDFS-based algorithm solving the Rush Hour puzzle in Python.