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-\documentstyle[11pt,slpj]{article}
-
-\newcommand{\reference}[4]{	% authors, title, details, abstract
-\large
-#1, {\em #2}, #3.
-\normalsize
-\begin{quotation}
-#4
-\end{quotation}
-\vspace{0.2in}
-}
-
-\newcommand{\Haskell}[1]{{\sc Haskell}}
-
-\begin{document}
-
-\title{Abstracts of GRIP/GRASP-related design documents and manuals \\
-Dept of Computing Science \\
-University of Glasgow G12 8QQ}
-
-\author{
-Cordelia Hall (cvh@cs.glasgow.ac.uk) \and
-Kevin Hammond (kh@cs.glasgow.ac.uk) \and
-Will Partain (partain@cs.glasgow.ac.uk) \and
-Simon L Peyton Jones (simonpj@cs.glasgow.ac.uk) \and
-Phil Wadler (wadler@cs.glasgow.ac.uk) 
-}
-
-\maketitle
-
-\begin{abstract}
-This list covers internal design documents and manuals for the GRIP
-and GRASP projects.
-They are mainly intended for internal consumption, or for brave friends.
-
-Reports and papers designed for more general consumption are given in 
-a separate list.
-
-They of them can be obtained by writing to 
-Teresa Currie, Dept of Computing Science,
-University of Glasgow G12 8QQ, UK.   Her electronic mail address is
-teresa@uk.ac.glasgow.cs.
-\end{abstract}
-
-
-\section{Manuals, design documents and guides}
-
-\reference{Kevin Hammond and Simon L Peyton Jones}
-{Mail server guide}
-{Nov 1990}
-{
-A guide to the GRIP Mail Server
-}
-
-\reference{Kevin Hammond, Simon L Peyton Jones and Jon Salkild}
-{GLOS 2.0 - The GRIP Lightweight Operating System}
-{University College London, January 1989}
-{
-GLOS is a lightweight multitasking non-preemptive operating 
-for the GRIP multiprocessor.
-This paper describes the operating system from the programmer's point of
-view.
-}
-
-\reference{Simon L Peyton Jones and Jon Salkild}
-{GRIP system user manual}
-{University College London, January 1989}
-{
-This document describes how to configure, boot and run the GRIP system,
-using the sys2 system mangement program.
-}
-
-\reference{Simon L Peyton Jones}
-{The BIP front panel user manual}
-{University College London, January 1989}
-{
-This document describes {bsim} the program which runs on the GRIP host
-Unix machine, and provides a front-panel interface to the BIP.
-It assumes familiarity with the BIP architecture.
-}
-
-\reference{Chris Clack}
-{The GRIP Intelligent Memory Unit microprogrammer's guide}
-{University College London, January 1989}
-{
-This paper encapsulates the spectrum of knowledge required to microprogram
-the GRIP Intelligent Memory Units (IMUs). It gives a detailed 
-description of the IMU hardware and its microassembler, together with 
-the library of predefined microcode macros.
-An overview of the the Bus Interface 
-Processor (BIP) hardware and its interface protocols is also provided.
-}
-
-\reference{Chris Clack}
-{Diagnostic control and simulation of GRIP Intelligent Memory Units - the
-msH user guide}
-{University College London, January 1989}
-{
-Software has been written to facilitate interaction with the diagnostic
-hardware embedded in each GRIP Intelligent Memory Unit (IMU).
-The msS program precisely emulates an IMU, and can be used to help
-debug IMU microcode in the absence of real hardware.
-The msH program interfaces directly to the actual hardware.
-Both msS and msH are driven by the same interactive front panel, which 
-both acts a command interpreter and manages the display screen.
-
-The paper is mainly concerned with a description of the front-panel and
-how to use it, but also gives a brief overview of the IMU architecture.
-}
-
-\end{document}