学步园

test.tex

/documentclass{article}<br /> /usepackage{graphicx} %this package is for the figures<br /> %/usepackage{hyperref}<br /> /graphicspath{{fig/}} %be careful, there is a {} inside the graphicaspath{}<br /> /topmargin=0pt<br /> /oddsidemargin=0pt /evensidemargin=0pt<br /> /textwidth=14cm<br /> /textheight=21cm </p> <p>/title{Latex Sample}<br /> /author{Tao Lin//<br /> Institute Fresnel//<br /> aaa@gmail.com<br /> /and<br /> Joanthan<br /> /thanks{supported by ...}//<br /> Institute Fresnel//<br /> xxx@sohu.com<br /> }<br /> /date{2.1, 2011} </p> <p>/begin{document}<br /> /maketitle<br /> /begin{abstract}<br /> This is the abstract part.//<br /> {/bf Keywords: }latex sample<br /> /end{abstract} </p> <p> /section{Citation, Figures And Formulas}<br /> /label{CFF}<br /> /subsection{Citation}<br /> /label{CFF_C}<br /> This is a citation/cite{Atkinson1}, it is easy to use.<br /> /subsection{Figures}<br /> /label{CFF_F1}<br /> /subsubsection{A Single Figure}<br /> /label{CFF_F1_A}<br /> This is a single figure figure~/ref{CFF_F1_A_F}<br /> /begin{figure}<br /> /centering<br /> /includegraphics[height=0.5/textwidth]{test.jpg}<br /> /caption{Big Single Figure}<br /> /label{CFF_F1_A_F}<br /> /end{figure}<br /> /subsubsection{Multiple Figures}<br /> /label{CFF_F1_M}<br /> This is a figure with two sub-figures figure~/ref{CFF_F1_M_F}<br /> /begin{figure}<br /> /begin{minipage}[t]{.5/linewidth} %the option [t] can make the two images align horizontally in the bottom<br /> /centering<br /> /includegraphics[height=0.5/textwidth]{test.jpg}<br /> /centerline{(a)}/medskip<br /> /end{minipage}<br /> /begin{minipage}[t]{.5/linewidth}<br /> /centering<br /> /includegraphics[height=0.2/textwidth]{test.jpg}<br /> /centerline{(b)}/medskip<br /> /end{minipage}<br /> /caption{figure content}<br /> /label{CFF_F1_M_F}<br /> /end{figure}<br /> /subsection{Formulas}<br /> /label{CFF_F2}<br /> To type the inline formula, I can use this<br /> /begin{math}<br /> a=b+c<br /> /end{math}<br /> or this<br /> $x^{y^{z^{w}}}=(1+{/rm e}^{x})^{-2xy^w}$<br /> To type the outline formula, I can use this<br /> $$/cal{ABCDEFG}$$<br /> or this<br /> /begin{displaymath}<br /> x=y+z<br /> /end{displaymath}<br /> To type the outline formula equation~/ref{CFF_F2_E1} with number, I can use this<br /> /begin{equation}<br /> /label{CFF_F2_E1}<br /> 0.3x+y/2=4z<br /> /end{equation}<br /> and this is another equation~/ref{CFF_F2_E2}<br /> /begin{equation}<br /> /label{CFF_F2_E2}<br /> 33x+55y=z<br /> /end{equation} %<br /> /section{Table And Array}<br /> /label{TA}<br /> /subsection{Table}<br /> /label{TA_T}<br /> This is a table table~/ref{TA_T_T}<br /> /begin{table}<br /> /centering<br /> /caption{table}<br /> /label{TA_T_T}<br /> /begin{tabular}{|c|c|c|}<br /> /hline<br /> 1 & 2 & 3//<br /> /hline<br /> 4 & 5 & 6//<br /> /hline<br /> /end{tabular}<br /> /end{table}<br /> /section{The 2nd step}<br /> /hskip /parindent<br /> This is the second section. In this<br /> first paragraph, I use `hskip' to<br /> get the first parindent. Maybe you<br /> can get this effect by another way.<br /> /subsection{Sub-sect of 2}<br /> this<br /> /subsection*{/S 2.2 Another sub of 2}<br /> this<br /> /section{Conclusion}<br /> I think you have know /TeX well now.<br /> I want to show you how to use<br /> bibliography. In the article, you<br /> can use as </p> <p> /bibliographystyle{plain}<br /> /bibliography{test}<br /> /end{document}

test.bib

@inproceedings{Atkinson1,<br /> author = {Atkinson, I and Kamalabadi, F and Mohan, S and Jones, DL},<br /> title = {Wavelet-based 2-D multichannel signal estimation},<br /> publisher = {IEEE},<br /> volume = {2},</p> <p>}