ML_cheatsheet.tex

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            pdfauthor={Janet Matsen},
            pdftitle={Machine Learning Cheatsheet},
            pdfsubject={Notes from UW CSE 446 Winter 2016},
            pdfkeywords={machine learning} {statistics} {cheatsheet} {pdf} {cheat} {sheet} {formulas} {equations}
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% Janet defined
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% Probably from Stat cheatsheet:            
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\footnotesize
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%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
%%% TITLE
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\begin{center}
    {\color{blue} \Large{\textbf{Machine Learning Cheatsheet}}} \\
   % {\Large{\textbf{Probability Cheatsheet}}} \\
    % comment out line with \color{blue} and uncomment above line for b&w
\end{center}

%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
%%% ATTRIBUTIONS
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\scriptsize

Janet Matsen's Machine Learning (ML) notes from CSE 446, Winter 2016.  \url{http://courses.cs.washington.edu/courses/cse446/16wi/}

Used LaTeX template from an existing Statistics cheat sheet: \url{https://github.com/wzchen/probability_cheatsheet}, by William Chen (\url{http://wzchen.com}) and Joe Blitzstein. 

% Licensed under \texttt{\href{http://creativecommons.org/licenses/by-nc-sa/4.0/}{CC BY-NC-SA 4.0}}. 
% I have not asked for the rights to images used in lecture. 

\begin{center}
    Last Updated \today
\end{center}

% Cheatsheet format from
% http://www.stdout.org/$\sim$winston/latex/

%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
%%% BEGIN CHEATSHEET
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
  
    \hfill \\   
     \hfill \\  
\smallskip \hrule height 2pt \smallskip

\input{./tex/essential_ideas.tex}

\input{./tex/math_stat_review.tex}

\input{./tex/decision_trees.tex}

\input{./tex/likelihood.tex}

\input{./tex/bayesian.tex}

\input{./tex/gaussians.tex}

\input{./tex/linear_regression.tex}

\input{./tex/naive_bayes.tex}

\input{./tex/logistic_regression.tex}

\input{./tex/perceptrons.tex}

\input{./tex/support_vector_machines.tex}

\input{./tex/kernels.tex}

\input{./tex/boosting.tex}

\input{./tex/clustering.tex}

\input{./tex/expectation_maximization.tex}

\input{./tex/vocab.tex}

% Reference:  \includegraphics[width=2.5in]{figures/example_kernel_separation.pdf}  \hfill \\



\vspace{4in}
\bigskip


\end{multicols*}
\end{document}