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add annotations of supervisor

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hannes.kuchelmeister
2019-12-10 14:32:47 +01:00
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02_Proposal/sections/10_foundations.tex
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@@ -1,6 +1,8 @@
\chapter{Foundations} \chapter{Foundations}
\label{ch:Foundations} \label{ch:Foundations}
\todo[author=Robert, inline]{Zu den Definitionen in der Foundation Section noch etwas Text schreiben.}
\section{Recommender System} \section{Recommender System}
\label{sec:Foundations:RecommenderSystem} \label{sec:Foundations:RecommenderSystem}

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02_Proposal/sections/20_related_work.tex
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@@ -1,6 +1,10 @@
\chapter{Related Work} \chapter{Related Work}
\label{ch:Related_Work} \label{ch:Related_Work}
\todo[author=Robert, inline]{Bei der related work bezieht bisher noch Abschlussarbeiten von Karlsruher Hochschulen mit ein. Hier sollten noch wissenschaftliche Papiere diskutiert werden.}
\todo[inline]{add a few books and papers to related work} \todo[inline]{add a few books and papers to related work}
\section{Group-Based Configuration} \section{Group-Based Configuration}
@@ -22,4 +26,7 @@
\item[\citeauthor{wetzelPersonalisierterUndLernender2017}] combines collaborative filtering and click-stream analysis. For collaborative filtering he implements three filtering algorithms: k-nearest neighbour, weighted majority voting and non-negative matrix factorization. Collaborative filtering is used to find configurations that are similar to the current configuration. Click-stream analysis is done by using n-grams and the Smith-Waterman algorithm. \citeauthor{wetzelPersonalisierterUndLernender2017} also tries to use click-stream data in combination with Markov chains to give recommendations on how configuration options should be ordered in a configuration form \cite{wetzelPersonalisierterUndLernender2017}. \item[\citeauthor{wetzelPersonalisierterUndLernender2017}] combines collaborative filtering and click-stream analysis. For collaborative filtering he implements three filtering algorithms: k-nearest neighbour, weighted majority voting and non-negative matrix factorization. Collaborative filtering is used to find configurations that are similar to the current configuration. Click-stream analysis is done by using n-grams and the Smith-Waterman algorithm. \citeauthor{wetzelPersonalisierterUndLernender2017} also tries to use click-stream data in combination with Markov chains to give recommendations on how configuration options should be ordered in a configuration form \cite{wetzelPersonalisierterUndLernender2017}.
\end{description} \end{description}
\todo[inline]{other related work} \section{Group Dynamics and Bias}
\label{sec:Related_Work:GroupDynamicsAndBias}
\todo[inline]{write about group dynamics and bias}

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02_Proposal/sections/40_organisation.tex
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@@ -1,6 +1,8 @@
\chapter{Organisation} \chapter{Organisation}
\label{ch:Organisation} \label{ch:Organisation}
\todo[author=Robert, inline]{Es sollten noch Workpackages im Proposal beschrieben sein.}
This chapter provides an overview on time schedule, advisers and other organisational circumstances regarding this thesis. This chapter provides an overview on time schedule, advisers and other organisational circumstances regarding this thesis.
\section{Advisers and Environment} \section{Advisers and Environment}
@@ -45,6 +47,8 @@ A slightly reduced version of Scrum is used during the creation of this thesis.
The planned schedule can be seen in \ref{fig:Organisation:Schedule:Gant}. Documentation and of the thesis is planned to be written in parallel to \emph{Problem Identification}, \emph{Design and Implementation} and \emph{Demonstration and Evaluation} phases. After all these phases the thesis documentation will be finalized and corrected. The planned schedule can be seen in \ref{fig:Organisation:Schedule:Gant}. Documentation and of the thesis is planned to be written in parallel to \emph{Problem Identification}, \emph{Design and Implementation} and \emph{Demonstration and Evaluation} phases. After all these phases the thesis documentation will be finalized and corrected.
\todo[author=Robert, inline]{Der Zeitplan sollte Iterativ gestaltet sein, sodass du in einer anderen Phase weiterarbeiten kannst, wenn es einmal Verzögerungen in einer Phase gibt.}
\begin{figure} \begin{figure}
\begin{center} \begin{center}
\begin{ganttchart}[y unit title=0.7cm, \begin{ganttchart}[y unit title=0.7cm,