Puzzle games designed to test efficiency and computation of various recursive algorithms. Developed in Django, Python and JScript.
This project is a comprehensive implementation of Donald Knuth's Dancing Links Algorithm to solve Sudoku puzzles. It features a robust, menu-driven C++ application and a sleek, fully functional web-based solver.
C++ library to solve Exact Cover Problems
Generate and print Samurai Sudoku puzzles in PDF: five overlapping 9×9 grids with difficulty levels, star ratings and full solutions. Built entirely in Python with ReportLab.
A high-performance C++ Sudoku solver implementing Knuth's Dancing Links (DLX) algorithm — one of the fastest exact cover algorithms in the world.
Implementing Energy Efficient Algorithms
Filling rectangles with Polyominoes, exploring both DLX and recursion solvers
Solve exact cover problems using Donald Knuth's Dancing Links technique
Dancing links implementation and various problems solved using it
Implementation of Donald Knuth's DLX algorithm in C99
ECV Application : Sudoku
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