1 \documentclass[black,white
]{beamer
}
2 \usepackage{beamerthemesplit
}
7 \usepackage[utf8
]{inputenc}
8 \usepackage[english
]{babel
}
10 \usefonttheme{professionalfonts
}
12 \useoutertheme{infolines
}
13 \useinnertheme{rectangles
}
14 \setlength{\parindent}{0pt
}
15 \renewcommand*
\sudokuformat[1]{\sffamily#1}
16 \newcommand*
\sfb[1]{\textbf{#1}}
20 \title[Solving Sudokus with EAs
]{Solving Sudokus with Evolutionary Algorithms
}
21 \author[Daniel Borkmann
]{
23 \footnotesize{\texttt{<dborkma@imn.htwk-leipzig.de>
}}\\
24 \footnotesize{\texttt{http://gnumaniacs.org
}}
26 \institute[HTWK-Leipzig
]{
27 Leipzig University of Applied Sciences\\
28 Faculty of Computer Science, Mathematics and Natural Sciences
30 \date[\today]{\footnotesize{\today}}
37 \frametitle{Table of Contents
}
43 \frametitle{Sudoku Basics
}
45 \item Combinatorial number-placement puzzle
46 \item Usually $
9*
9$ grid with digits $D=\
{1,
2,...,
9\
}$ in each cell
47 \item Grid is divided into $
9$ $
3*
3$
\textit{blocks
}
48 \item Each $
3*
3$ block must contain each element
49 of $D$
\newline exactly once $
\rightarrow$
\textbf{constraint
1}
50 \item Each $
9*
1$ grid column must contain each element of $D$
51 \newline exactly once $
\rightarrow$
\textbf{constraint
2}
52 \item Each $
1*
9$ grid row must contain each element of $D$
53 \newline exactly once $
\rightarrow$
\textbf{constraint
3}
54 \item Problem instance has initial set of fixed, immutable digits
58 \section{Resources
} %% Bibtex might be better here
60 \frametitle{Resources
}
62 \item \textit{Enumerating possible Sudoku grids
},
63 Bertram Felgenhauer and Frazer Jarvis,
2005,
64 TU Dresden, University of Sheffield,
[FeJa
]
65 \item \textit{Dancing Links
},
66 Donald E. Knuth,
2000,
67 Standord University,
[DoKn
]