10384 T192 31520101153180 UDC 168 Template for Master Thesis and Doctoral Dissertation of Xiamen University : : : : : 2009 9 2009 9 2009 9 : : 2009 9
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Abstract Here is your English Abstract. Keywords: keyword1; keyword2; keyword3 III
I III V VII 1 3 2.1 PGF................................ 3 2.2..................................... 8 2.3.............................. 9 11 13 15 V
Contents Abstract Contents III VII Chapter 1 Introduction 1 Chapter 2 Examples 3 2.1 Draw with PGF.............................. 3 2.2 Tables................................... 8 2.3 Adding Bibliographies......................... 9 References 11 Publications as the Degree Candidate 13 Thanks 15 VII
L A TEX XƎL A TEX L A TEX DIY [1] L A TEX [2] XMUThesis L A TEX Companion II [3] L A TEX [4] OK A3+ 440mm x 297mm A3 [5] 2 A3 :) bug email acevery@gmail.com 1
2.1 PGF PGF [6] L A TEX PGF PGF PGF PGF Tutorial 2.1 PGF GNUPlot plot file / Linux Windows \ \begin{figure}[htpb] \begin{center} \begin{tikzpicture}[>=stealth,thick] \draw [->] (-5.5,0) -- (6,0); \draw [->] (0, -2.5) -- (0, 5); \draw [color=blue] plot file {figures/gnuplot/mexican.table}; \draw node at (0,0) [below left, color=gray] {$O$}; \foreach \x in {-5,-4,-3,-2,-1, 1, 2, 3, 4, 5} \draw (\x, 1pt) -- (\x, -1pt) node [below=2pt,color=gray] {$ \x$}; \node at (6,0) [below=4pt, color=gray] {$x$}; \foreach \y/\yy in {-2/-0.2, -1/-0.1, 1/0.1, 2/0.2, 3/0.3, 4/0.4} \draw (-1pt, \y) -- (1pt, \y) node [left=6pt,color=gray] {$ \yy$}; \node at (0,5) [left=6pt, color=gray] {$y$}; \end{tikzpicture} 3
2.1 PGF \end{center} \caption{mexican Hat Wavelet} \label{fig:mexican_hat} \end{figure} y 0.4 0.3 0.2 0.1 O 5 4 3 2 1 1 2 3 4 5 x 0.1 0.2 2.1 Mexican Hat Wavelet 2.2 \begin{figure}[htpb] \begin{center} \begin{tikzpicture}[>=stealth] \draw [->] (0.3,0) -- (1,0) -- (1,0.6) -- (1.5,0.6); \draw node at (0.3,0) [left] {$v(t)$}; \draw [->] (1.5,0.6) -- (5, 0.6); \draw node at (4.3, 0.6) [above] {$c_{jk}$}; \draw [->] (1,0) -- (1,-0.6) -- (1.5,-0.6); \draw [->] (1.5,-0.6) -- (5,-0.6); \draw node at (4.3, -0.6) [above] {$d_{jk}$}; \draw node at (1.5,0.6) [right,rectangle,draw,fill=white] {$ \langle v(t) \phi_{jk}(t)\rangle$}; 4
2.1 PGF \draw node at (1.5,-0.6) [right,rectangle,draw,fill=white] {$ \langle v(t) \psi_{jk}(t)\rangle$}; \draw (5,-1.2) rectangle ++ (4.2, 2.4); \draw node at (5.5, 0.6) [right] {$\sum c_{jk}\phi_{jk} (t)$}; \draw node at (5.5, -0. 6) [right] {$ \sum \sum d_{jk} \psi_{jk}(t)$}; \draw [->] (8,0.6) -- (8.5,0.6) -- ++(0,-0.3); \draw [->] (8,-0.6) -- (8.5,-0.6) -- ++(0,0.3); \draw (8.5,0) circle (0.3) node {+}; \draw [->](8.8,0) -- (9.8,0) node [right] {$v(t)$}; \end{tikzpicture} \end{center} \caption{ } \label{fig:dwt_idwt} \end{figure} v(t) v(t) ϕ jk (t) v(t) ψ jk (t) c jk d jk cjk ϕ Jk (t) d jk ψ jk (t) + v(t) 2.2 2.3 \begin{figure}[htpb] \begin{center} \begin{tikzpicture}[->,node distance=7mm and 5mm,>=stealth, mn/.style={ rectangle, draw=white }] \node (LR) {$L^2(R)$}; \node (VJ) [right=of LR]{$V_J$}; \node (VJm1) [right=of VJ] {$V_{J-1}$}; \node (WJm1) [below=of VJm1] {$W_{J-1}$}; 5
2.1 PGF \node (dots) [right=of VJm1] {$\cdots$}; \node (V1) [right=of dots] {$V_1$}; \node (W1) [below=of V1] {$W_1$}; \node (V0) [right=of V1] {$V_0$}; \node (W0) [below=of V0] {$W_0$}; \path (LR) edge (VJ) (VJ) edge (VJm1) (VJ) edge[in=150,out=330] (WJm1) (VJm1) edge (dots) (dots) edge (V1) (dots) edge[in=150,out=330] (W1) (V1) edge (V0) (V1) edge [in=150,out=330] (W0) ; \end{tikzpicture} \end{center} \caption{ } \label{fig:mra} \end{figure} L 2 (R) V J V J 1 V 1 V 0 W J 1 W 1 W 0 2.3 2.4 \begin{figure}[htpb] \begin{center} \begin{tikzpicture}[node distance=5mm and 12mm,>=stealth, an/.style={ rectangle, draw=black }, pn/.style={coordinate}, cn/.style={ font=\small 6
2.1 PGF } ] \node (Vt) [an] {$V(t)$}; \node (C2) [an, above right=of Vt]{$C_2$}; \node (D2) [an, below right=of Vt]{$D_2$}; \node (C1) [an, above right=of C2]{$C_1$}; \node (D1) [an, below right=of C2]{$D_1$}; \node (C0) [an, above right=of C1]{$C_0$}; \node (D0) [an, below right=of C1]{$D_0$}; \node (C1') [an, below right=of C0]{$C_1'$}; \node (C2') [an, below right=of C1']{$C_2'$}; \node (pc1') [pn,right=of D1,xshift=24mm] {}; \node (VT') [an, below right=of C2']{$V(t)'$}; \node (pc2') [pn,right=of D2,xshift=60mm] {}; \path (Vt) edge [->,out=10, in=190] node[cn,left,pos=0.8] {$H, \do narrow2\,$} (C2) (Vt) edge [->,out=-10, in=-190] node[cn,left,pos=0.8] {$G, \ narrow2\,$} (D2) (C2) edge [->,out=10, in=190] node[cn,left,pos=0.8] {$H, \do narrow2\,$} (C1) (C2) edge [->,out=-10, in=-190] node[cn,left,pos=0.8] {$G, \ narrow2\,$} (D1) (C1) edge [->,out=10, in=190] node[cn,left,pos=0.8] {$H, \do narrow2\,$} (C0) (C1) edge [->,out=-10, in=-190] node[cn,left,pos=0.8] {$G, \ narrow2\,$} (D0) (C0) edge [->,out=-10, in=-190] node[cn,right,pos=0.2] {$ \,\uparrow2,h^*$} (C1') (D0) edge [->,out=0,in=190] node[cn,right,pos=0.2] {$ \,\uparrow2,g^*$} (C1') (C1') edge [->,out=-10, in=-190] node[cn,right,pos=0.2] {$ \,\uparrow2,h^*$} (C2') (D1) edge node[cn,above,pos=0.6] {$\,\uparrow2,g^* $}(pc1') (pc1') edge [->,out=0,in=200] (C2') (C2') edge [->,out=-10, in=-190] node[cn,right,pos=0.2] {$ \,\uparrow2,h^*$} (VT') 7
2.2 (D2) edge node[cn,above,pos=0.57] {$\,\uparrow2,g^* $} (pc2') (pc2') edge [->,out=0,in=190] (VT') ; \end{tikzpicture} \end{center} \caption{mallat } \label{fig:mallat} \end{figure} H, 2 C 0 2, H H, 2 C 1 C 1 2, H V(t) H, 2 C 2 G, 2 D 1 G, 2 D 0 2, G 2, G C 2 2, H V(t) G, 2 D 2 2, G 2.4 Mallat 2.2 tabular tabularx longtable longtable 2.1 longtable 1 2 3 3 8
2.3 2.1 1 2 3 3 2.3 Google BibT E X [1] Google Bibliography Manager Show links to import into BibTeX Import to BibTeX BibTeX 9
[1]. ( ) LATEX [Z]. URL http://se.xmu.edu.cn/blog/ zhujianping/archive/2009/05/18/14584.html [2]. XMUthesis[Z]. URL http://sourceforge.net/projects/xmuthesis/ [3] F. Mittelbach, M. Goossens, J. Braams, C. Detig, D. Carlisle, C. Rowley, J. Schrod. The latex companion[m]. Addison-Wesley, 2004 [4] H. Kopka, P. Daly. Guide to LATEX: tools and techniques for computer typesetting[m]. Addison- Wesley, 2004 [5] xuyuan.cn. LaTeX [Z]. URL http://code.google.com/p/ seuthesis/ [6] T. Tantau. PGF and TikZ Graphic systems for TeX[Z]. URL http://sourceforge.net/ projects/pgf/ 11
[1],,.., 2009, 08:10-13. [2],,.., 2009, 09:20-23. 13
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