diff --git a/Readme.md b/Readme.md
index 1c697ec..9bddbb8 100644
--- a/Readme.md
+++ b/Readme.md
@@ -1,3 +1,46 @@
-# Title page
+---
+author:
+- 'Gerardo M. Chávez-Campos; Oscar D. Prieto; Enrique Reyes-Archundia;
+  Héctor Javier-Vergara; Octavio Vázquez-Gómez; José A.
+  Gutiérrez-Gnecchi'
+bibliography:
+- referenciasProtocoloPhD.bib
+title: A new Approach to Measuring the Decarburization Depth using an
+  Image Segmentation Plugin
+---
+
+Introduction
+============
+
+Now a days, the high-temperature steel products are crucial for
+automotive, energy and aviation industries [@Lu2018]. This products
+improve their final properties through a reheating operation [@Ta2018].
+The reheating operation is typically done on direct-fired furnaces where
+steelworks gases are combusted with excess air
+[@Young2016; @Korousic1996; @Gouveia2013].
+
+The high-temperature, gas atmosphere and steel's chemistry lead to
+oxidation and decarburization of the steel
+[@Gouveia2013; @Tao2014; @Young2016]. Specifically, the decarburization
+is defined as the diffusion mechanism of the metal's carbon from the
+inner to outer zone replacing the lost carbon during the redox
+[@Young2016]; however, the decarburization becomes greater at
+high-temperature [@Gouveia2013]. Therefore, a none controlled reheating
+operation will produce material losses and depreciation on product
+quality [@Liu2018Numerical]. Then, a common way to establish the final
+product quality is by measuring the coating or decarburated layer
+[@Liu2018Numerical; @Alvarenga2015; @Zhao2016a]. This has be done by
+several methods and systems mainly validated by optical microscope (OM)
+techniques [@Tao2014; @Suarez2008; @Zhao2016a]. Nevertheless, the
+optical measurement-data were only based in few representative data; no
+more than five measurements [@Chen2020].
+
+The E1077-01 "Standard Test Methods for Estimating the Depth of
+Decarburization of Steel Specimens". Proposes to make a number of random
+measurements around the specimen periphery, at randomly selected
+locations. If statistical precision is required, it suggests considering
+95% of confident limits, mean and standard deviation; letting the number
+of measurements open, according to the desired accuracy. Thus, the
+present paper introduces a new approach to measure the decarburization
+depth based on image processing analysis.
 
-some text in the Readme file.