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Remove trailing whitespace

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Frederik Hanghøj Iversen 2017-11-26 14:59:29 +01:00
parent 9876dec446
commit fdf82775c0
1 changed files with 49 additions and 49 deletions
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proposal/proposal.tex
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@ -12,7 +12,7 @@
\usepackage[colorinlistoftodos]{todonotes} \usepackage[colorinlistoftodos]{todonotes}
\usepackage{parskip} \usepackage{parskip}
\setlength{\parskip}{10pt} \setlength{\parskip}{10pt}
\usepackage{tikz} \usepackage{tikz}
\usetikzlibrary{arrows, decorations.markings} \usetikzlibrary{arrows, decorations.markings}
@ -26,52 +26,52 @@
\begin{titlepage} \begin{titlepage}
\centering \centering
{\scshape\LARGE Master thesis project proposal\\} {\scshape\LARGE Master thesis project proposal\\}
\vspace{0.5cm} \vspace{0.5cm}
{\huge\bfseries Title of the project\\} {\huge\bfseries Title of the project\\}
\vspace{2cm} \vspace{2cm}
{\Large name and email adress of student 1\\} {\Large name and email adress of student 1\\}
\vspace{0.2cm} \vspace{0.2cm}
{\Large name and email adress of student 2\\} {\Large name and email adress of student 2\\}
\vspace{1.0cm} \vspace{1.0cm}
{\large Suggested Supervisor at CSE (if you have one, otherwise skip this row): Name of supervisor\\} {\large Suggested Supervisor at CSE (if you have one, otherwise skip this row): Name of supervisor\\}
\vspace{1.5cm} \vspace{1.5cm}
{\large Supervisor at Company (if applicable): Name of supervisor, name of company\\} {\large Supervisor at Company (if applicable): Name of supervisor, name of company\\}
\vspace{1.5cm} \vspace{1.5cm}
{\large Relevant completed courses student 1:\par} {\large Relevant completed courses student 1:\par}
{\itshape List (course code, name of course)\\} {\itshape List (course code, name of course)\\}
\vspace{1.5cm} \vspace{1.5cm}
{\large Relevant completed courses student 2:\par} {\large Relevant completed courses student 2:\par}
{\itshape List (course code, name of course)\\} {\itshape List (course code, name of course)\\}
\vfill
\vfill \vfill
{\large \today\\}
\vfill
{\large \today\\}
\end{titlepage} \end{titlepage}
@ -79,17 +79,17 @@
\section{Introduction} \section{Introduction}
Briefly describe and motivate the project, and convince the reader of the importance of the proposed thesis work. Briefly describe and motivate the project, and convince the reader of the importance of the proposed thesis work.
A good introduction will answer these questions: Why is addressing these challenges significant for gaining new knowledge A good introduction will answer these questions: Why is addressing these challenges significant for gaining new knowledge
in the studied domain? How and where can this new knowledge be applied? in the studied domain? How and where can this new knowledge be applied?
\section{Problem} \section{Problem}
This section is optional. It may be used if there is a need to describe the problem that you want to solve in more technical This section is optional. It may be used if there is a need to describe the problem that you want to solve in more technical
detail and if this problem description is too extensive to fit in the introduction. detail and if this problem description is too extensive to fit in the introduction.
@ -99,8 +99,8 @@ detail and if this problem description is too extensive to fit in the introducti
Use one or two relevant and high quality references for providing evidence from the literature that the proposed study indeed Use one or two relevant and high quality references for providing evidence from the literature that the proposed study indeed
includes scientific and engineering challenges, or is related to existing ones. Convince the reader that the problem addressed includes scientific and engineering challenges, or is related to existing ones. Convince the reader that the problem addressed
in this thesis has not been solved prior to this project. in this thesis has not been solved prior to this project.
@ -111,34 +111,34 @@ in this thesis has not been solved prior to this project.
Describe your contribution with respect to concepts, theory and technical goals. Ensure that the scientific and engineering Describe your contribution with respect to concepts, theory and technical goals. Ensure that the scientific and engineering
challenges stand out so that the reader can easily recognize that you are planning to solve an advanced problem. challenges stand out so that the reader can easily recognize that you are planning to solve an advanced problem.
\section{Approach} \section{Approach}
Various scientific approaches are appropriate for different challenges and project goals. Outline and justify the ones that Various scientific approaches are appropriate for different challenges and project goals. Outline and justify the ones that
you have selected. For example, when your project considers systematic data collection, you need to explain how you will analyze you have selected. For example, when your project considers systematic data collection, you need to explain how you will analyze
the data, in order to address your challenges and project goals. the data, in order to address your challenges and project goals.
One scientific approach is to use formal models and rigorous One scientific approach is to use formal models and rigorous
mathematical argumentation to address aspects like correctness and efficiency. If this is relevant, describe the related algorithmic mathematical argumentation to address aspects like correctness and efficiency. If this is relevant, describe the related algorithmic
subjects, and how you plan to address the studied problem. For example, if your plan is to study the problem from a computability aspect, subjects, and how you plan to address the studied problem. For example, if your plan is to study the problem from a computability aspect,
address the relevant issues, such as algorithm and data structure design, complexity analysis, etc. If you plan to develop and address the relevant issues, such as algorithm and data structure design, complexity analysis, etc. If you plan to develop and
evaluate a prototype, briefly describe your plans to design, implement, and evaluate your prototype by reviewing at most two relevant evaluate a prototype, briefly describe your plans to design, implement, and evaluate your prototype by reviewing at most two relevant
issues, such as key functionalities and their evaluation criteria. issues, such as key functionalities and their evaluation criteria.
The design and implementation should specify prototype properties, The design and implementation should specify prototype properties,
such as functionalities and performance goals, e.g., scalability, memory, energy. Motivate key design selection, with respect to state such as functionalities and performance goals, e.g., scalability, memory, energy. Motivate key design selection, with respect to state
of the art and existing platforms, libraries, etc. of the art and existing platforms, libraries, etc.
When discussing evaluation criteria, describe the testing environment, e.g., test-bed When discussing evaluation criteria, describe the testing environment, e.g., test-bed
experiments, simulation, and user studies, which you plan to use when assessing your prototype. Specify key tools, and preliminary experiments, simulation, and user studies, which you plan to use when assessing your prototype. Specify key tools, and preliminary
test-case scenarios. Explain how and why you plan to use the evaluation criteria in order to demonstrate the functionalities and test-case scenarios. Explain how and why you plan to use the evaluation criteria in order to demonstrate the functionalities and
design goals. Explain how you plan to compare your prototype to the state of the art using the proposed test-case evaluation scenarios design goals. Explain how you plan to compare your prototype to the state of the art using the proposed test-case evaluation scenarios
and benchmarks. and benchmarks.