%%

\documentstyle[psfig]{article}

% 8.5x11 layout
\setlength{\textwidth}{163mm}
\setlength{\textheight}{225mm}
\setlength{\topmargin}{-10mm}

% A4 layout
%\setlength{\textwidth}{156mm}
%\setlength{\textheight}{244mm}
%\setlength{\topmargin}{-25mm}

\setlength{\oddsidemargin}{1mm}
\setlength{\headsep}{5mm}
%\renewcommand{\baselinestretch}{1.19}  

%\protect\pagestyle{fancy}
 
% decrease itemize spacing
% Negative numbers seem to act like 0.0
\newenvironment{itemize1}{\begin{itemize}\setlength{\itemsep}{-3pt}\setlength{\t
opsep}{-3pt}}{\end{itemize}}
\newenvironment{enumerate1}{\begin{enumerate}\setlength{\itemsep}{-3pt}\setlengt
h{\topsep}{-3pt}}{\end{enumerate}}

\newcommand{\mysection}[1]{\vspace{-2ex}\section{#1}\vspace{-1ex}}
\newcommand{\mysubsection}[1]{\vspace{-2ex}\subsection{#1}\vspace{-1ex}}
\newcommand{\mysubsubsection}[1]{\vspace{-2ex}\subsubsection{#1}\vspace{-1ex}}

\newcommand{\heading}[1]{\begin{Large}\begin{center}{\bf #1}\end{center}\end{Lar
ge}}
\newcommand{\subheading}[1]{\begin{large}{\bf #1}\end{large}}

\def\autoindex{\index}
\def\vd{\vdots}
\def\given{\,|\,}
\def\Prob#1{P\left(#1\right)}
\def\cProb#1#2{P\left(\left.#1\,\right|\,#2\,\right)}
\def\csubProb#1#2#3{P_{#3}\left(\left.#1\,\right|\,#2\,\right)}
\def\csupProb#1#2#3{P^{#3}\left(\left.#1\,\right|\,#2\,\right)}
\def\Rewrites{\,\Rightarrow\,}
\def\Produces{\,\rightarrow\,}
\def\Derives{\,\stackrel{*}{\textstyle{\Rightarrow}}\,}
\def\pDerives#1{\,\stackrel{#1}{\textstyle{\Rightarrow}}\,}
\def\nil{{\scriptstyle\rm NIL}}
\def\tr{\triangleright}
\def\tl{\triangleleft}
\def\wall{{/\!/\!/}}
\def\cpp{C++}
\def\th{\kern-.02em\raise.25em\hbox{{\scriptsize th}}}
\def\id#1{\mbox{\tt #1}}
\def\con#1{\mbox{\ttt #1}}
\def\const#1{\mbox{\sc #1}}
\long\def\ignore#1{}
\def\litem#1{\item[#1\hfill]}
\def\ritem#1{\item[#1]}
\def\draftinfo{\em DRAFT: \today}
\def\expedition{{\sc expedition}} 
 
\makeatletter
\newcommand{\ttt}{\tt\catcode``=13\@noligs\frenchspacing}
\makeatother
\def\hmm{{\sc hmm}}
\def\lc{\mbox{\sc lc}}
\def\rc{\mbox{\sc rc}}
\def\scfg{{\sc scfg}}
\def\pt{\tilde p}
\def\p{p}
\def\f{f}
\def\q{q}
\def\qz{q_0}
\def\C{{\cal C}}
\def\H{{\cal H}}
\def\P{{\cal P}}
\def\Q{{\cal Q}}
\def\V{{\cal V}}
\def\reals{{\bf R}}
\def\qstar{q_\star}
\def\Qbar{\Q}
\def\D{D}
\def\div{\,\raise.1ex\hbox{$\|$}\,}
\def\qstarml{{q_\star^{\mbox{\tiny ML}}}}
\def\qstarme{{q_\star^{\hbox{\tiny ME}}}}
\def\argmax{\mathop{\rm arg\, max\,}}
\def\argmin{\mathop{\rm arg\, min\,}}
\def\ni{\noindent}
\def\myor{{\ttt or}}
\def\and{{\ttt \&}}
\def\plus{+}
\def\minus{-}
\def\disjunct#1#2{(\,({#1})\;({#2})\,)}
\def\clause#1{({#1})}
\def\NL{{\ttt NL}}
\def\D{{\cal D}}
\def\Cpp{C\raise.5ex\hbox{\kern-.02em{\tiny +}\kern-.02em{\tiny +}}}
\def\exp#1{\mbox{\rm exp}\left(#1\raise2ex\hbox{}\right)\,}


\title{\vspace{-0.5in}{\sc MUCHMORE}: Multilingual Concept Hierarchies
for Medical Information Organization and Retrieval}
\author{}
\date{}

\begin{document}

%\maketitle

\vspace{-.5in}

\section*{Facilities, Equipment and Other Resources}

\subsection*{Research Facilities in the School of Computer Science (SCS)}

\noindent
{\bf Heterogeneous Distributed Computing} --- The SCS research facility
provides numerous and diverse computers for faculty and graduate-student use
--- more than 3000 machines.  All have transparent access to the Andrew File
System, a 625Gbyte, shared filespace, and are connected to one another through
the Network File System protocol.  SCS maintains several terabytes of
secondary storage.  Beyond these resources, the University provides various
independent facilities for general use.  Computationally intensive
applications can also use PSC computers, including Cray T3E, C90-16/512, and
J90 supercomputers.

\noindent
{\bf Experimental Systems} --- SCS has a reputation for developing innovative
computers, devices, networks, and systems that benefit diverse applications.
Current large-scale, experimental efforts include the Darwin 
``application-aware'' networking project and the NASD project on storage 
interfaces with direct device/client communication.

\noindent
{\bf Networking} --- Carnegie Mellon operates a fully-interconnected,
multimedia, multiprotocol campus network.  The system incorporates
state-of-the-art commercial technology and spans over 100 segments in a
``collapsed backbone'' infrastructure that enables mutual access among all
campus systems, including the PSC supercomputers.  To extend the network, the
Information Networking Institute, with NSF funding, is developing a wireless
infrastructure.  Now supporting mobile computing throughout campus, the system
will eventually deliver to users' handheld or laptop computers all the
functionality of their desktop machines, on campus or off.

\noindent
Externally, SCS connects directly to the Internet, through T3 (45Mbit/s) and
10Mbit/s links, the NSF-sponsored vBNS (OC12) network, and the DARPA-sponsored
CAIRN and ATM-based AAI (OC3) wide-area experimental networks.  Carnegie Mellon
is also actively engaged in the Internet-2 and NGI initiatives.

\noindent
{\bf Office Space} --- Faculty have private offices, while postdoctoral staff 
and graduate students share office space.

\noindent
{\bf Other} --- Carnegie Mellon's School of Computer Science (SCS) is the
largest academic organization devoted to the study of computers.  Its four
degree-granting departments --- the Computer Science Department, Robotics
Institute, Human-Computer Interaction Institute, and Language Technologies
Institute --- include over 200 faculty, 300 graduate students, and a 200-member
professional technical staff.  Two new units, the Center for Automated
Learning and Discovery and the Entertainment Technology Center, opened in
1997.  SCS also collaborates with other University Research Centers, including
the DoD-funded Software Engineering Institute (SEI); the NSF-sponsored
Pittsburgh Supercomputing Center (PSC), the Information Networking Institute,
and the Institute of Complex Engineered Systems (ICES).

\subsection*{Research Facilities for the Proposed Work}

The faculty, staff and students who will perform the proposed work will make
use of the existing computational and networking infrastructure. This includes
a variety of single-user Unix workstations (Sun, Dec, HP), and PCs running
Windows and Linux. These workstations are presently networked via a local
Ethernet (10Mbps); during the next 1-2 years the network will be upgraded to
100Mbps service. The hardware requested under this proposal will complement
the existing resources by adding fast, high-capacity multi-user Unix servers
for computation-intensive tasks specific to the proposed work (such as
training statistical models, large scale evaluations, etc.)

\end{document}
