iddfs

Implemented Search Algorithms

Sliding Puzzle solver and utilities

CIT-316 (Artificial Intelligence Sessional)

Educational Python implementation of BFS, DFS, UCS, DLS, IDDFS, Greedy Best-First, and A* with a CLI, automated tests, and CI.

A Rubik's Cube solver using BFS, DFS, IDDFS, and Korf's IDA* algorithms in C++

Conducting and examining Search Algorithms within a basic testing environment.

Implementation Classical Search Algorithms as project for AI Fall 2018

This folder contains all the search algorithm which is used in Artificial Intelligence field.

A self-play game showing how smart cat(s) captures the mice!

C++ Rubik's Cube solver implementing DFS, BFS, IDDFS, and IDA* with Corner Pattern Database for optimal solving, across three cube representations

Created rest api endpoint to solve N-puzzle problem using A-star algorithm

High-performance autonomous game agent featuring Bitboard optimization, Zobrist Hashing, IDDFS, and A pathfinding

C++20 Rubik’s Cube solver with 1D, 3D, and bitboard cube models, BFS/DFS/IDDFS/IDA* search, and a corner pattern database heuristic

Examples of uninformed (iddfs), infromed (a-star) and local (beam) search.

Solving the sliding tiles puzzled using bdf, iddfs, gbfs and a*

A Python project that solves grid navigation with DFS, BFS, IDDFS, GBFS, UCS, and A* searches. Includes CLI metrics and a tkinter visualizer that shows frontier/visited/solution cells as the search runs.