X-Git-Url: https://git.rohieb.name/skm-ma-ws1314.git/blobdiff_plain/3aebd41deecdba7e92d13378f4a30e6103314433..f505ad57144ab8d61bf5ba1eb4a967fbe73cb3b7:/main.tex

diff --git a/main.tex b/main.tex
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--- a/main.tex
+++ b/main.tex
@@ -27,35 +27,16 @@ Masses with XMPP}
 \begin{document}
 \maketitle
 
-%% Introduction
-\section{Introduction}
-\todo{asdf}
-\pages{0-1}
-short overview, not too long: what do we want, what are we going to do?
-
-how do we talk to our smart home?
-
-what are the challenges? (interoperability, H2M interface, self-configuration,
-information filtering to prevent information overflow)
-
-In a distributed context like the Internet of Things, devices need to be ready
-to use out of the box. Users often do not want to set up configurations for each
-device they use, and when using several of those devices, it is often not
-reasonable having to configure every single one.
-
-
-%\paragraph{Human-to-Machine Communication:} especiall in the Internet of Things,
-	%Chatty Things need to be accessible for the user and should be easy to talk
-	%to.
-%\paragraph{Interoperability} integration into already existing
-%infrastructure.
+\input{sec-intro.tex}
 
 %% Prerequisites
-\section{Prerequisites}
-\todo
-overview to the techniques used in the paper by Klauk and Kirsche
+\section{Prerequisites}\label{sec:prereq}
 
-\cite{klauck-kirsche-chattythings}
+In order to build a distributed, failure-tolerant network for our Chatty Things,
+we will first look at some techniques which can be used to eliminate centralized
+infrastructure. Most of these techniques are standardized by the IETF and widely
+used in existing networks. Finally, we will look at XMPP as the basic
+communication protocol used in Chatty Things.
 
 \input{sec-address-allocation.tex}
 \input{sec-dns-extensions.tex}