%clemsonphd: The table of contents pages.  This is set up in a tabular
%clemsonphd: format, using the \fill, so that the stupid dots will
%clemsonphd: line up.  The \twltt is a 12pt typewriter font for the
%clemsonphd: dots.  This gives an approved amount of space between
%clemsonphd: the dots.  Robert Reynolds is the one who figured out
%clemsonphd: how to do this.
%clemsonphd: 
%clemsonphd: One thing about this file and lof and lot.  The width
%clemsonphd: of the page is determined by the longest text,dots pair.
%clemsonphd: So, if your text runs off the right, you must find the
%clemsonphd: line with the longest text,dot pair and remove some dots.
%clemsonphd: You must then put enough dots on all the other lines so
%clemsonphd: that they look ok.
%clemsonphd: 
%clemsonphd: Last thing.  Remember that latex will generate a toc in
%clemsonphd: your actual document.  You must transfer the info (titles
%clemsonphd: and page numbers) from that document to this one by hand.
%clemsonphd: 

\documentstyle[11pt]{article}
\textwidth=6in
\textheight=11in
\evensidemargin=0.5in
\oddsidemargin=0.5in
\topmargin=0.0in
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\begin{document}

\begin{center}
TABLE OF CONTENTS
\end{center}
\begin{table}[h]
\begin{tabular}{rlr}
& &Page\\
\\
%clemsonphd: 
%clemsonphd: the multicolumn is necessary to make everything line up
%clemsonphd: correctly.  The first section (up to chapter 1) should
%clemsonphd: not change much.  Note that the TOC falls in the middle,
%clemsonphd: but has no self-reference.  Your numbers may change if
%clemsonphd: you have more or less tables or figures.  Note the page 
%clemsonphd: number at the beginning of the second page.
%clemsonphd: 
\multicolumn{2}{l}{TITLE PAGE \hspace*{\fill} {\twltt ...................................................}} & i\\
\\
\multicolumn{2}{l}{ABSTRACT \hspace*{\fill} {\twltt  ....................................................}} & ii\\
\\
\multicolumn{2}{l}{DEDICATION \hspace*{\fill} {\twltt  ..................................................}} & iii\\
\\
\multicolumn{2}{l}{ACKNOWLEDGEMENTS \hspace*{\fill} {\twltt  ........................................}} & iv\\
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\multicolumn{2}{l}{LIST OF TABLES \hspace*{\fill} {\twltt  ...............................................}} & vii\\
\\
\multicolumn{2}{l}{LIST OF FIGURES \hspace*{\fill} {\twltt  ..............................................}} & viii\\
\\
CHAPTER& &\\
\\
I.&INTRODUCTION \hspace*{\fill} {\twltt ....................................}& 1\\
\\
II.&INITIAL RESULTS  \hspace*{\fill} {\twltt ...................................} & 3\\
\\
& \hspace*{0.25in} The First Solutions \hspace*{\fill} {\twltt .................................} & 3\\
& \hspace*{0.25in} A Proposed Heuristic \hspace*{\fill} {\twltt ...............................} & 5\\
& \hspace*{0.5in} Background and Motivation\hspace*{\fill} {\twltt .......................} & 5\\
& \hspace*{0.5in} Adding One Junction\hspace*{\fill} {\twltt ............................} & 6\\
& \hspace*{0.5in} The Heuristic\hspace*{\fill} {\twltt ...................................} & 6\\
& \hspace*{0.5in} Results\hspace*{\fill} {\twltt ........................................} & 7\\
\\
III.&PROBLEM DECOMPOSITION \hspace*{\fill} {\twltt .........................} & 14\\
\\
& \hspace*{0.25in} Motiviation and Literature \hspace*{\fill} {\twltt ...........................} & 14\\
& \hspace*{0.5in} The Double Wedge Theorem\hspace*{\fill} {\twltt .......................} & 14\\
& \hspace*{0.5in} The Steiner Hull\hspace*{\fill} {\twltt ................................} & 16\\
& \hspace*{0.5in} The Steiner Hull Extension\hspace*{\fill} {\twltt ........................} & 19\\
& \hspace*{0.25in} A Parallel Algorithm to Calculate the Steiner Hull \hspace*{\fill} {\twltt ........} & 21\\
& \hspace*{0.5in} An Introduction to Parallelism\hspace*{\fill} {\twltt .....................} & 21\\
& \hspace*{0.5in} The Parallel Algorithm\hspace*{\fill} {\twltt ...........................} & 21\\
\end{tabular}
\end{table}

\clearpage
\topmargin=-1.0in
%clemsonphd: 
%clemsonphd: Note the page number cheat here.
%clemsonphd: 
\hspace*{5.75in} vi\\
\\
Table of Contents (Continued)
\\
\begin{table}[h]
\begin{tabular}{rlr}
CHAPTER & &Page\\
\\
IV.&GENERATION OF A LIST OF POSSIBLE ANSWERS \hspace*{\fill} {\twltt .......} & 24\\
& \hspace*{0.25in} Winter's Sequential Algorithm \hspace*{\fill} {\twltt ........................} & 24\\
& \hspace*{0.5in} Overview and Significance \hspace*{\fill} {\twltt .........................} & 24\\
& \hspace*{0.5in} Winter's Algorithm \hspace*{\fill} {\twltt ..............................} & 24\\
& \hspace*{0.25in} A Parallel Algorithm \hspace*{\fill} {\twltt ...............................} & 26\\
& \hspace*{0.5in} Overview and Proper Structure \hspace*{\fill} {\twltt ....................} & 26\\
& \hspace*{0.5in} Mating of Vertices\hspace*{\fill} {\twltt ...............................} & 29\\
& \hspace*{0.5in} First Approach \hspace*{\fill} {\twltt .................................} & 32\\
& \hspace*{0.5in} Current Approach\hspace*{\fill} {\twltt ...............................} & 33\\
\\
V.&EXTRACTION OF THE CORRECT ANSWER \hspace*{\fill} {\twltt .............} & 36\\
\\
& \hspace*{0.25in} Introduction and Overview\hspace*{\fill} {\twltt ...........................} & 36\\
& \hspace*{0.25in} Incompatibility Matrix \hspace*{\fill} {\twltt ..............................} & 36\\
& \hspace*{0.25in} Decomposition\hspace*{\fill} {\twltt .....................................} & 39\\
& \hspace*{0.25in} Forest Management \hspace*{\fill} {\twltt ................................} & 40\\
\\
VI.&RESULTS \hspace*{\fill} {\twltt ...........................................} & 41\\
\\
& \hspace*{0.25in} Previous Computation Times \hspace*{\fill} {\twltt .........................} & 41\\
& \hspace*{0.25in} The Implementation \hspace*{\fill} {\twltt ................................} & 42\\
& \hspace*{0.5in} The Significance of the Implementation \hspace*{\fill} {\twltt ..............} & 42\\
& \hspace*{0.5in} The Platform \hspace*{\fill} {\twltt ..................................} & 43\\
& \hspace*{0.5in} Errors Encountered \hspace*{\fill} {\twltt ..............................} & 44\\
& \hspace*{0.25in} Random Problems \hspace*{\fill} {\twltt .................................} & 46\\
& \hspace*{0.5in} 100 Point Random Problems \hspace*{\fill} {\twltt .......................} & 46\\
& \hspace*{0.5in} Larger Random Problems \hspace*{\fill} {\twltt .........................} & 48\\
& \hspace*{0.25in} Grids \hspace*{\fill} {\twltt ............................................} & 50\\
& \hspace*{0.5in} Introduction \hspace*{\fill} {\twltt ...................................} & 50\\
& \hspace*{0.5in} 2 x m Grids \hspace*{\fill} {\twltt ....................................} & 51\\
& \hspace*{0.5in} 3 x m Grids \hspace*{\fill} {\twltt ....................................} & 54\\
& \hspace*{0.5in} 4 x m Grids \hspace*{\fill} {\twltt ....................................} & 54\\
& \hspace*{0.5in} Computation Times \hspace*{\fill} {\twltt .............................} & 58\\
\\
VII.&CONCLUSIONS AND FUTURE WORK \hspace*{\fill} {\twltt ..................} & 59\\
\\
& \hspace*{0.25in} Conclusions \hspace*{\fill} {\twltt .......................................} & 59\\
& \hspace*{0.25in} Further Parallelization \hspace*{\fill} {\twltt ..............................} & 60\\
& \hspace*{0.25in} Additional Problems \hspace*{\fill} {\twltt ................................} & 60\\
& \hspace*{0.5in} 1-Reliable Steiner Tree Problem \hspace*{\fill} {\twltt....................} & 60\\
& \hspace*{0.5in} Addition to Existing Networks \hspace*{\fill} {\twltt.....................} & 61\\
\\
\multicolumn{2}{l}{LITERATURE CITED \hspace*{\fill} {\twltt  ...........................................}} & 63

\end{tabular}
\end{table}

\end{document}
