A scanner that detects, recognizes and solves sudoku puzzles from real-life pictures using a pipeline of classical Computer Vision algorithms.

I'am running on a low-end PC. Sorry for the inconvenience with the frame drops.

Use deep learning to recognise a Sudoku puzzle from a scanned image

sudoku solver which takes an image as input and displays the solved output in the terminal. A neural network trained in Pytorch is used to identify the numbers present in the sudoku puzzle

A sudoku solver that can detect, solve, and augment a sudoku

Extract and solve sudoku from an image using Computer Vision and Deep Learning

A Sudoku library, which targets .NET Standard 1.0, supports generating and solving game boards

This is a sudoku AI were you input your puzzle and it will solve it to the best of its ability's.

Sudoku solutions from Image using Computer Vision

Web app to scan and solve a Sudoku puzzle

This is a Sudoku Puzzle Solver application which is built in Qt Framework, PyGame using Python language.

Sudoku is a game played on a 9x9 grid where every single square is filled with a number from 1 to 9 unique to its row, column, and 3x3 subgrid. This program is a sudoku app that allows a user to generate sudoku boards, solve given boards instantly, and play randomly generated or given sudoku boards.

Nghiên cứu khoa học sinh viên: Ứng dụng thị giác máy tính và học máy để giải quyết bài toán Sudoku

A typescript Sudoku package for generating, solving (step-by-step or all), and analyzing Sudoku boards with ease. Perfect for building Sudoku games and integrating Sudoku functionality into your applications.

"Sudoku Calculator" that takes a grid and can 1. check if the solution is valid (works if not entirely filled as well), 2. provide all possible digits to note in each cell, and 3. use those notes to identify doubles, triples and quadruples.

All Free game

Computer vision solution that finds a sudoku puzzle in a photo, extracts the puzzle grid, recognizes the numbers in the grid, finds the solution to the puzzle and projects it onto the original photo.