Sudoku Solver in Python

An AI to generate crossword puzzles

Algorithms to solve Sudoku of sizes 9x9, 16x16 and 25x25

Website that will generate crosswords for you after you input the words and select a structure using AI python Algorithms and data structures

C++ Crossword Solver using AC3 and Back Track Algorithms.

An AI-powered Sudoku Solver & Benchmarker modeling Sudoku as a CSP. Implements Uninformed DFS, Informed AC-3 + MRV, Forward Checking, and Simulated Annealing with an interactive glassmorphic UI and multi-threaded Python backend.

Implementation of CSP heuristics and backtracking algorithm for magnet puzzle in Rust.

Solving the sudoku as a CSP and heuristics like MRV and AC3

cpp AC3 algorithm implementation

A Python-based Sudoku puzzle solver that utilizes the Backtracking and AC-3 algorithms to find solutions. The project features a user-friendly GUI built with Tkinter, allowing users to input puzzles, solve them automatically, and clear the board for new entries.

Harvard University CS50’s Introduction to Artificial Intelligence with Python (2025)

AC-3, Backtracking search and Min-Conflicts algorithms implementation to solve CSPs

My take at a suguru solver

AI to generate crossword puzzles, problem formulated as a contraint satisfaction problem, using ac3 and backtrack algorithms in order to solve the problem.

AI Basic tasks from CS50’s Introduction to Artificial Intelligence with Python.

AC3 based sudoku solver.

Solving n-Queens to learn golang and constraint satisfaction problems

Artificial Intelligence using AC3 with backtracking to solve sudoku puzzles

Backtracking and forward-check algorithms for problem solving. Examples for sudoku, map coloring and Einstein's problem.

This is a homework about Formulating a game called "Magnet Puzzle" into CSP, then using Backtracking, Forward Checking to solve it. Various heuristics such as MRV, LCV, Arc consistency (AC3) is used to improve the searching performance. This homework is a part of many projects in a Fundamentals to AI course @ FUM.