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\documentclass[11pt]{book}
\usepackage{notes}

%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%

\begin{document}

\frontmatter

\begin{titlepage}
\phantom{.} \vspace{0.5in} \\
{\Huge \bf MATH 307} \vspace{1mm} \\
{\it Applied Linear Algebra}
\begin{center}
\includegraphics[width=6.5in]{cover.png}
\end{center}
\flushright{\it \today \ \ v0.1}
\end{titlepage}

\thispagestyle{empty}
\setcounter{page}{0}
\tableofcontents

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\chapter{Preface}
\input{./0_preface/preface.tex}

%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%

\mainmatter

\chapter{Linear Systems of Equations} \newpage
\input{./1_linear_systems/01_review_linear_systems.tex}
\input{./1_linear_systems/02_lu_decomposition.tex}
\input{./1_linear_systems/03_lu_partial_pivoting.tex}
\input{./1_linear_systems/04_condition_number.tex}
\input{./1_linear_systems/05_polynomial_interpolation.tex}
\input{./1_linear_systems/06_spline_interpolation.tex} \newpage
\input{./1_linear_systems/07_finite_difference.tex} \newpage
\input{./1_linear_systems/exercises.tex}

%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%

\chapter{Least Squares Approximation} \newpage
\input{./2_least_squares/01_review_orthogonality}
\input{./2_least_squares/02_orthogonal_projection.tex}
\input{./2_least_squares/03_qr_gram_schmidt.tex}
\input{./2_least_squares/04_qr_reflectors.tex}
\input{./2_least_squares/05_least_squares.tex}
\input{./2_least_squares/06_data_fitting.tex} \newpage
\input{./2_least_squares/exercises.tex}

%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%

\chapter{Eigenvalue Problems} \newpage
\input{./3_eigenvalues/01_review_eigenvalues.tex}
\input{./3_eigenvalues/02_spectral_theorem.tex}
\input{./3_eigenvalues/03_svd.tex}
\input{./3_eigenvalues/04_pca.tex}
\input{./3_eigenvalues/05_pseudoinverse.tex}
\input{./3_eigenvalues/06_image_deblurring.tex}
\input{./3_eigenvalues/07_computed_tomography.tex}
\input{./3_eigenvalues/08_computing_eigenvalues.tex}
\input{./3_eigenvalues/09_pagerank.tex} \newpage
\input{./3_eigenvalues/exercises.tex}

%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%

\chapter{Discrete Fourier Transform} \newpage
\input{./4_dft/01_review_complex.tex}
\input{./4_dft/02_dft.tex}
\input{./4_dft/03_frequency.tex}
\input{./4_dft/04_fft.tex}
\input{./4_dft/05_convolution.tex} \newpage
\input{./4_dft/exercises.tex}

%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%

\begin{thebibliography}{9}
\bibitem[DG]{DG} David Gleich, \href{https://www.cs.purdue.edu/homes/dgleich/publications.html}{{\it PageRank beyond the web}}, SIAM Review, 57(3):321–363, 2015.
\bibitem[HNO]{HNO} Per Christian Hansen, James Nagy, and Dianne O'Leary, \href{http://tinyurl.com/yawpzh3n}{{\it Image Deblurring}}, SIAM, 2006.
\bibitem[MH]{MH} Michael Heath, \href{http://tinyurl.com/y55hqdwn}{{\it Scientific Computing}}, SIAM, Revised 2nd edition, 2018.
\bibitem[KN]{KN} Keith Nicholson, \href{https://lyryx.com/linear-algebra-applications/}{{\it Linear Algebra with Applications}}, Lyryx, Version 2019 Revision A, 2019.
%\bibitem[AD]{AD} Allen Downey, \href{https://greenteapress.com/wp/think-dsp/}{{\it Digital Signal Processing in Python}}, Green Tea Press, v1.0.5, 2014.
%\bibitem[AG]{AG} Uri Ascher and Chen Greif, \href{http://tinyurl.com/y4d44ujf}{{\it A First Course in Numerical Methods}}, SIAM, 2011.
\end{thebibliography}

\end{document}