JavaScript library to solve exact cover problems by implementing Donald E. Knuth's Algorithm X using the Dancing Links technique

C++ and JavaScript implementation of Donald Knuth's Algorithm X using the Dancing Links technique or Algorithm DLX.

The Chinese version of the paper "Dancing Links" by Knuth

Web app to scan and solve a Sudoku puzzle

Python implementation of Knuth's Dancing Links (dlx) algorithm to solve set cover. Extremely efficient at solving Sudoku and combinatorial design problems.

Exact Cover Sudoku Solver

🔢 A parallelized Sudoku solver implemented with various solving algorithms in C++

A Golang implementation of Dancing Links (Algorithm X) as described by Donald Knuth.

Sudoku Solver written in pure Python with no dependencies

Dancing links based implementation of AlgorithmX in Scala

React/TypeScript web app to demo dlxlib - using Dancing Links (DLX) to solve puzzles like Sudoku, Pentominoes, N Queens, Draughtboard Puzzle, Ripple Effect, TetraSticks, Kakuro, Nonogram, Flow Free, Crossword

Solve games and problems reducible to exact-cover problem using Knuth's Algorithm X with Dancing Links

Visualization of the algorithms needed to solve three-dimensional knapsack problems.

My Capstone project for OOP: Data Structures & Beyond Specialization offered by UC San Diego ---- NP-Complete Problem of Exact Cover Set

Knuth's Dancing Links algorithm in Java

Donald Knuth's Algorithm 7.2.2.1M for covering with multiplicities and colors via dancing links

A user friendly implementation of Knuth's dancing links algorithm for exact cover search.

Visualizes how three different algorithms(Backtracking, Best first search and algorithmX with dancing links) solve a sudoku puzzle.

C implementation of Knuth's dancing links algorithm

Sudoku solver with algorithm x