<?xml version="1.0" encoding="utf-8"?><!DOCTYPE article  PUBLIC '-//OASIS//DTD DocBook XML V4.4//EN'  'http://www.docbook.org/xml/4.4/docbookx.dtd'><article><articleinfo><title>JavierAndresRedolfi/sartb/Install</title><revhistory><revision><revnumber>6</revnumber><date>2017-10-05 14:32:17</date><authorinitials>Jaarac</authorinitials></revision><revision><revnumber>5</revnumber><date>2017-10-05 14:31:46</date><authorinitials>Jaarac</authorinitials></revision><revision><revnumber>4</revnumber><date>2017-10-05 14:31:12</date><authorinitials>Jaarac</authorinitials></revision><revision><revnumber>3</revnumber><date>2017-10-05 13:18:23</date><authorinitials>Jaarac</authorinitials></revision><revision><revnumber>2</revnumber><date>2017-10-05 13:11:59</date><authorinitials>Jaarac</authorinitials></revision><revision><revnumber>1</revnumber><date>2017-10-05 13:11:15</date><authorinitials>Jaarac</authorinitials></revision></revhistory></articleinfo><section><title>Fisher Vectors for PolSAR Image Classification</title><para>Code used in paper: </para><para>Javier Redolfi, Jorge Sánchez, and Ana Georgina Flesia</para><para> <emphasis role="strong">&quot;Fisher Vectors for PolSAR Image Classification&quot;</emphasis></para><para> IEEE Geoscience and Remote Sensing Letters, <emphasis role="strong">99</emphasis>, Septiembre 2017. (<ulink url="http://ieeexplore.ieee.org/abstract/document/8052593/">link</ulink>)</para><section><title>Download</title><para><ulink url="https://ciii.frc.utn.edu.ar/wiki/JavierAndresRedolfi/sartb/Install/wiki/JavierAndresRedolfi/sartb?action=AttachFile&amp;do=get&amp;target=sartb.tar.gz">sartb.tar.gz</ulink> </para></section><section><title>Features</title><para>The library consist basically of the following python modules: </para><itemizedlist><listitem><para>PolSAR image manipulation: pseudocolor image generation, force SPD. </para></listitem><listitem><para>PolSAR datasets: San Francisco Bay, Flevoland and Foulum. Train/test splits generation, manual selection of training points. Accuracy and Confusion Matrix computation. </para></listitem><listitem><para>Smoothing algorithms: Potts, Graph Cut and Maximun. </para></listitem><listitem><para>Unary potential generation from Complex Wishart, Real Wishart Mixture and FV (RWM based). </para></listitem></itemizedlist></section><section><title>Dependencies</title><itemizedlist><listitem><para>vrl -&gt; <ulink url="http://www.famaf.unc.edu.ar/~jsanchez/efv/"/> </para></listitem><listitem><para>matplotlib </para></listitem><listitem><para>numpy </para></listitem><listitem><para>pygco -&gt; <ulink url="http://vision.csd.uwo.ca/code/gco-v3.0.zip"/> </para></listitem><listitem><para>pystruct -&gt; <ulink url="https://pystruct.github.io/"/> </para></listitem><listitem><para>scikit-image -&gt; <ulink url="http://scikit-image.org/"/> </para></listitem><listitem><para>scikit-learn -&gt; scikit-learn.org/ </para></listitem><listitem><para>scipy </para></listitem></itemizedlist></section><section><title>Installation on Debian/Ubuntu</title><para>(use sudo for Ubuntu) </para><screen><![CDATA[# apt-get install python2.7 python-matplotlib python-numpy python-skimage python-sklearn python-scipy]]></screen><itemizedlist><listitem><para>Install vrl using the README provided by the library. </para></listitem></itemizedlist><screen><![CDATA[# pip install pystruct]]></screen><itemizedlist><listitem><para>Install pygco using the gco_python/README.md provided by the library. </para></listitem></itemizedlist><section><title>Installing the module</title><itemizedlist><listitem><para>Just uncompress it. </para></listitem></itemizedlist></section></section><section><title>Example: Comparison with paper &quot;Pol-SAR Classification Based on Generalized Polar Decomposition of Mueller Matrix&quot;</title><itemizedlist><listitem><para>Download the dataset and uncompress it: -&gt; <ulink url="https://www.dropbox.com/s/xulk8t5pizoceh5/dataset.tar.gz?dl=0"/> </para></listitem><listitem><para>Run the script: </para></listitem></itemizedlist><screen><![CDATA[$python src/bin/comparison_mueller.py --dataset=path_to_dataset]]></screen></section></section></article>