% copied from ~burgett/proto/qual/slides.tex and modified
% copied from ~mirtich/talks/ilp95/ilp.tex and modified
%    by Nelson L. Chang 3/13/95 (presentation at ICASSP, 5/1/95 )
%    Video and Image Processing Lab, UC Berkeley
%    http://www-video.eecs.berkeley.edu/
%
% LANDSCAPE version for slides (2/28/96)

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\LARGE

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\begin{bslide}

\Head{[Title of talk here]}

\vspace{0.3in}

\begin{center}
[Author(s) \\[0.7in]
\parbox[c]{1.0in}{\fig{c}{1.0in}{vip.ps}} \hspace*{0.2in} 
\parbox[c]{4.0in}{\large University of California at Berkeley \\ Electrical Engineering and Computer Sciences}
\end{center}

\end{bslide}



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% EXAMPLE OF A SLIDE
%   \Head command will result in Blue text
%   \Red command will result in Red text
\begin{bslide}
\Head{Introduction}

{\Red{Problem:}} How to represent a 3-D object and reconstruct
arbitrary view? (``Outside-In'' problem)

\vskip 1em
{\Red{Applications}}
\begin{itemize}
\item Video transmission
\item Image databases
\item Virtual environments (``telepresence'')
\end{itemize}

\vskip 1em
{\Red{Typical Solutions}}
\begin{itemize}
\item Full 3-D model: need scene information
\item Direct methods: bad for occlusion
\item Using range data or calibrated set up: special equipment
\end{itemize}

\end{bslide}

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% PUT OTHER SLIDES HERE

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\end{document}
