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Add baseline model
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Martin Thoma
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commit
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5 changed files with 115 additions and 0 deletions
35
tikz/martin-baseline/Makefile
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35
tikz/martin-baseline/Makefile
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SOURCE = baselineMain
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DELAY = 80
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DENSITY = 300
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WIDTH = 512
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make:
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pdflatex $(SOURCE).tex -output-format=pdf
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make clean
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clean:
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rm -rf $(TARGET) *.class *.html *.log *.aux *.data *.gnuplot
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gif:
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pdfcrop $(SOURCE).pdf
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convert -verbose -delay $(DELAY) -loop 0 -density $(DENSITY) $(SOURCE)-crop.pdf $(SOURCE).gif
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make clean
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png:
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make
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make svg
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inkscape $(SOURCE).svg -w $(WIDTH) --export-png=$(SOURCE).png
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transparentGif:
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convert $(SOURCE).pdf -transparent white result.gif
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make clean
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svg:
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make
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#inkscape $(SOURCE).pdf --export-plain-svg=$(SOURCE).svg
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pdf2svg $(SOURCE).pdf $(SOURCE).svg
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# Necessary, as pdf2svg does not always create valid svgs:
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inkscape $(SOURCE).svg --export-plain-svg=$(SOURCE).svg
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rsvg-convert -a -w $(WIDTH) -f svg $(SOURCE).svg -o $(SOURCE)2.svg
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inkscape $(SOURCE)2.svg --export-plain-svg=$(SOURCE).svg
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rm $(SOURCE)2.svg
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3
tikz/martin-baseline/README.md
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3
tikz/martin-baseline/README.md
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Compiled example
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----------------
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64
tikz/martin-baseline/baseline.tex
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64
tikz/martin-baseline/baseline.tex
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\newcommand{\width}{0.2}
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\newcommand{\height}{0.4}
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\newcommand{\disty}{0.2}
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\definecolor{colorbblue}{HTML}{0072B2}
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\definecolor{colorbgreen}{HTML}{009E73}
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\definecolor{colorborange}{HTML}{D55E00}
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\tikzstyle{input}=[draw,fill=red!50]
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\tikzstyle{conv}=[draw,fill=black!20]
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\tikzstyle{max}=[draw,dashed,fill=black!10]
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\tikzstyle{dropout}=[draw,dashed,fill=colorbgreen!30]
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\tikzstyle{fc}=[draw,fill=green!10]
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\tikzstyle{output}=[draw,fill=red!50]
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\tikzstyle{act}=[draw,dashed,fill=colorbblue!30]
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\def \coldist {2.3}
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\def \widthb {1.9}
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\begin{tikzpicture}[scale=2]
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\draw[->, -Latex, line width=5pt]
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(1.0+0*\coldist, 0.5) --(1.0+0*\coldist, -4*\disty-5*\height-0.3) --(2.1+0*\coldist, -4*\disty-5*\height-0.3) --(2.2+0*\coldist, 0.5)
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-- (1.0+1*\coldist, 0.5) --(1.0+1*\coldist, -4*\disty-5*\height-0.3) --(2.1+1*\coldist, -4*\disty-5*\height-0.3) --(2.2+1*\coldist, 0.5)
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-- (1.0+2*\coldist, 0.5) --(1.0+2*\coldist, -2*\disty-3*\height-0.3) --(2.1+2*\coldist, -2*\disty-3*\height-0.3) --(2.2+2*\coldist, 0.5)
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-- (1.0+3*\coldist, 0.5) --(1.0+3*\coldist, -3*\disty-4*\height-0.3) --(2.1+3*\coldist, -3*\disty-4*\height-0.3) --(2.2+3*\coldist, 0.5)
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-- (1.0+4*\coldist, 0.5) --(1.0+4*\coldist, -5*\disty-6*\height-0.6);% --(2.1+4*\coldist, -4.3) --(2.2+4*\coldist, 0.5)
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% -- (1.0+5*\coldist, 0.5) --(1.0+5*\coldist, -4.5);
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\draw[draw=none] (0*\coldist,-1*\height) rectangle (1.0,-1*\disty-1*\height) node[pos=.5] {$32 \times 32$};
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\draw[input] (0*\coldist,-0*\height-0*\disty) rectangle (2.0,-0*\disty-1*\height) node[pos=.5] {Input};
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\draw[conv] (0*\coldist,-1*\height-1*\disty) rectangle (2.0,-1*\disty-2*\height) node[pos=.5] {C $32@3 \times 3 / 1$};
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\draw[act] (0*\coldist,-2*\height-2*\disty) rectangle (2.0,-2*\disty-3*\height) node[pos=.5] {BN + ELU};
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\draw[conv] (0*\coldist,-3*\height-3*\disty) rectangle (2.0,-3*\disty-4*\height) node[pos=.5] {C $32@3 \times 3 / 1$};
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\draw[act] (0*\coldist,-4*\height-4*\disty) rectangle (2.0,-4*\disty-5*\height) node[pos=.5] {BN + ELU};
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% 16x16
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\draw[draw=none] (1*\coldist,-1*\height) rectangle (1*\coldist+\widthb/2,-1*\disty-1*\height) node[pos=.5] {$16 \times 16$};
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\draw[max] (1*\coldist,-0*\height-0*\disty) rectangle (1*\coldist+\widthb,-0*\disty-1*\height) node[pos=.5] {max pooling $2\times 2 / 1$};
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\draw[conv] (1*\coldist,-1*\height-1*\disty) rectangle (1*\coldist+\widthb,-1*\disty-2*\height) node[pos=.5] {C $64@3 \times 3 / 1$};
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\draw[act] (1*\coldist,-2*\height-2*\disty) rectangle (1*\coldist+\widthb,-2*\disty-3*\height) node[pos=.5] {BN + ELU};
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\draw[conv] (1*\coldist,-3*\height-3*\disty) rectangle (1*\coldist+\widthb,-3*\disty-4*\height) node[pos=.5] {C $64@3 \times 3 / 1$};
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\draw[act] (1*\coldist,-4*\height-4*\disty) rectangle (1*\coldist+\widthb,-4*\disty-5*\height) node[pos=.5] {BN + ELU};
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% 8x8
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\draw[draw=none] (2*\coldist,-1*\height) rectangle (2*\coldist+\widthb/2,-1*\disty-1*\height) node[pos=.5] {$8 \times 8$};
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\draw[max] (2*\coldist,-0*\height-0*\disty) rectangle (2*\coldist+\widthb,-0*\disty-1*\height) node[pos=.5] {max pooling $2\times 2 / 1$};
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\draw[conv] (2*\coldist,-1*\height-1*\disty) rectangle (2*\coldist+\widthb,-1*\disty-2*\height) node[pos=.5] {C $64@3 \times 3 / 1$};
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\draw[act] (2*\coldist,-2*\height-2*\disty) rectangle (2*\coldist+\widthb,-2*\disty-3*\height) node[pos=.5] {BN + ELU};
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% 4x4
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\draw[draw=none] (3*\coldist,-1*\height) rectangle (3*\coldist+\widthb/2,-1*\disty-1*\height) node[pos=.5] {$4 \times 4$};
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\draw[max] (3*\coldist,-0*\height-0*\disty) rectangle (3*\coldist+\widthb,-0*\disty-1*\height) node[pos=.5] {max pooling $2\times 2 / 1$};
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\draw[conv] (3*\coldist,-1*\height-1*\disty) rectangle (3*\coldist+\widthb,-1*\disty-2*\height) node[pos=.5] {C $512@4 \times 4 / 1$ (V)};
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\draw[act] (3*\coldist,-2*\height-2*\disty) rectangle (3*\coldist+\widthb,-2*\disty-3*\height) node[pos=.5] {BN + ELU};
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\draw[dropout] (3*\coldist,-3*\height-3*\disty) rectangle (3*\coldist+\widthb,-3*\disty-4*\height) node[pos=.5] {Dropout, $p=0.5$};
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% 1x1
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\draw[draw=none] (4*\coldist,-1*\height) rectangle (4*\coldist+\widthb/2,-1*\disty-1*\height) node[pos=.5] {$1 \times 1$};
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\draw[conv] (4*\coldist,-0*\height-0*\disty) rectangle (4*\coldist+\widthb,-0*\disty-1*\height) node[pos=.5] {C $512@1 \times 1 / 1$};
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\draw[act] (4*\coldist,-1*\height-1*\disty) rectangle (4*\coldist+\widthb,-1*\disty-2*\height) node[pos=.5] {BN + ELU};
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\draw[dropout] (4*\coldist,-2*\height-2*\disty) rectangle (4*\coldist+\widthb,-2*\disty-3*\height) node[pos=.5] {Dropout, $p=0.5$};
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\draw[conv] (4*\coldist,-3*\height-3*\disty) rectangle (4*\coldist+\widthb,-3*\disty-4*\height) node[pos=.5] {C $k@3 \times 3 / 1$};
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\draw[dropout] (4*\coldist,-4*\height-4*\disty) rectangle (4*\coldist+\widthb,-4*\disty-5*\height) node[pos=.5] {Global AVG pooling};
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\draw[max] (4*\coldist,-5*\height-5*\disty) rectangle (4*\coldist+\widthb,-5*\disty-6*\height) node[pos=.5] {BN + Softmax};
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\end{tikzpicture}
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BIN
tikz/martin-baseline/baselineMain.png
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BIN
tikz/martin-baseline/baselineMain.png
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13
tikz/martin-baseline/baselineMain.tex
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13
tikz/martin-baseline/baselineMain.tex
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\documentclass{article}
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\usepackage{xcolor}
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\usepackage[pdftex,active,tightpage]{preview}
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\setlength\PreviewBorder{2mm}
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\usepackage{amsmath}
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\usepackage{tikz}
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\usetikzlibrary{shapes, calc, shapes, arrows, snakes, arrows.meta}
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\begin{document}
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\begin{preview}
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\input{baseline}
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\end{preview}
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\end{document}
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