![]() ![]() Finally a big thanks for Amy Baker for standing by me through thick and thin. They have offered technical help as well as many laughs. Additionally I would like to thank others on the course who have helped me through this project process, Liz Wray, Jonny Ray, Kris Gough and Shaun Bohannon. The coding forums of were of great help and helped me think out my problems as well as solve them. She has shown great enthusiasm for the topic and great confidence in my abilities. 67ģ Acknowledgements I would like to thank Andrea Schalk for her guidance throughout this project. The solver will attempt to try using many differing techniques to decipher how difficult a puzzle is. Also a look at what gives a Killer Sudoku puzzle a certain difficulty rating. This report delves into how this solver uses logic to solve given puzzles but also tries to explain to users why it is solving such puzzles and placing certain values to certain cells. What can be found is some tips on how to solve but little else. There are many logic solvers out there for the standard Sudoku, but there is little to no logic solvers for the Killer Sudoku derivative. ![]() It involves similar rules encompassed in both puzzles. 1 Killer Sudoku Solver Student: Ashley French Computer Science University Of Manchester Project Supervisor: Andrea Schalk /67Ģ Killer Sudoku Solver Student: Ashley French Supervisor: Andrea Schalk Date: 5th May 2010 Abstract Killer Sudoku is a game that is a hybrid between the standard Sudoku and another less well known puzzle, Kakuro. ![]()
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