misc

documents/GeoTopo/Kapitel1.tex

@@ -301,13 +301,13 @@ Auch gibt es Mengen, die sowohl abgeschlossen als auch offen sind.
 \end{beweis}
 
 \section{Stetigkeit}\index{Stetigkeit|(}
-\begin{definition} \xindex{stetig} \xindex{Homöomorphismus}
+\begin{definition}
     Seien $X, Y$ topologische Räume und $f:X \rightarrow Y$ eine Abbildung.
 
     \begin{enumerate}[label=\alph*),ref=\theplaindefinition.\alph*]
-        \item $f$ heißt \textbf{stetig}, wenn für jedes offene 
+        \item $f$ heißt \textbf{stetig}\xindex{Abbildung!stetige}, wenn für jedes offene 
               $U \subseteq Y$ auch $f^{-1} (U) \subseteq X$ offen ist. \label{def:stetigkeit}
-        \item $f$ heißt \textbf{Homöomorphismus}, wenn $f$ stetig ist
+        \item $f$ heißt \textbf{Homöomorphismus}\xindex{Homöomorphismus}, wenn $f$ stetig ist
               und es eine 
               stetige Abbildung  $g: Y \rightarrow X$ gibt, sodass
               $g \circ f = \text{id}_X$ und $f \circ g = \text{id}_Y$.

documents/cv-curriculum-vitae/cv-curriculum-vitae.tex

@@ -277,10 +277,10 @@ from 2011 & \textbf{Bachelor of Science} \\
 \section{Computer Skills} 
 
 \begin{tabular}{rl}
-Basic Knowledge         & \textsc{C++}, \textsc{JavaScript}\\
+Basic Knowledge         & \textsc{JavaScript}\\
                         & \textsc{Linux}, \textsc{SQL}, \textsc{PHP}\\ \\
-Intermediate Knowledge
+Intermediate Knowledge  & \LaTeX, \textsc{Java}, \textsc{HTML}\\ \\
-                        & \LaTeX, \textsc{Java}, \textsc{Python}, \textsc{HTML}\\ \\
+Good Knowledge          & \textsc{Python}\\ \\
 \end{tabular}
 
 %----------------------------------------------------------------------------------------
@@ -338,20 +338,18 @@ better in problem solving if I get more time to think about it.}\\
 
 I watched a video about Google Driverless Car in June 2013 and was 
 totally amazed. I've started two online courses on Udacity to learn
-more about this topic. In the next months, I want to apply the knowledge
+more about this topic. Currently, I try to find a good way to
-I've got by participating in KaMaRo.  KaMaRo
+compute the minimum distance of a point to a cubic spline which
-is a group of students who already built a robot, but currently
+is necessary to apply the PID algorithm for steering control.\\
-it still needs much improvement in path finding. By working with
-those students I will also get better in C++.\\
 
 I'm currently employed as a research assistant at Institute for Anthropomatics (KIT).
 My task is to implement some changes that were proposed in a thesis 
-to the KIT lecture translation system. I hope this will give me some
+to the KIT lecture translation system. The work helps me to understand
-more praxis in C++ and get skills in speech recognition.
+how speech recognition works.
-I would like to write my bachelor's thesis about a topic in this field.
+
-I will definitely also make a masters degree in computer science, but
+I will definitely also make a masters degree in computer science. 
-I don't know if I will specialize in speech recogntion and simultanious
+
-translation. Another topic about which I would like to learn more
+A topic about which I would like to learn more
 are self driving cars. But I think there are no courses in Karlsruhe
 about this.\\
 
@@ -373,8 +371,9 @@ in an English speaking country which is not in Europe.
 \section{Projects} 
 
 \begin{tabular}{rl}
-10/2013	 & \textbf{KaMaRo Engineering}\\
+11/2013	 & \textbf{Minimum distance paper}\\
-& \textit{creating and programming a robot}\\ \\
+& \textit{research to compute the minimum distance}\\
+& \textit{ to a cubic spline}\hfill \href{https://github.com/MartinThoma/LaTeX-examples/tree/master/documents/math-minimal-distance-to-cubic-function}{$\rightarrow$ read more}\\
 
 %----------------------------------------------------------------------------------------
 06/2013	 & \textbf{Interpolation}\\
@@ -410,8 +409,6 @@ in an English speaking country which is not in Europe.
 \section{Online Courses} 
 
 \begin{tabular}{rll}
-10/2013	 & \textbf{Machine Learning}        & Stanford\\
-    	 & \textit{not finished yet}        &\\\\
 09/2013	 & \textbf{Artificial Intelligence} & Udacity\\
     	 & \textbf{for Robotics}            &\\
     	 & \textit{finished 10/2013}        &\\\\

documents/math-minimal-distance-to-cubic-function/Readme.md

@@ -0,0 +1,2 @@
+This paper is currently (19.12.2013) written. Statements might be
+incorrect, strucutre and content will change.