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ep:labs:061 [2020/11/18 11:49]
ioan_adrian.cosma [Contents]
ep:labs:061 [2025/02/11 23:59] (current)
cezar.craciunoiu
Line 1: Line 1:
-====== Lab 06 - Advanced plotting (seaborn & pandas) ​======+====== Lab 06 - Network Monitoring ​======
  
 ===== Objectives ===== ===== Objectives =====
  
-  * Conditional plotting +  * Dive into the inner workings of previously studied traffic monitoring / filtering tools 
-  * Time-based data when plotting in gnuplot +  * Discuss methods of path discovery 
-  * Advanced plotting concepts: Histograms, animations, heatmaps, three-dimensional plots +  * Provide an introduction to protocol options
-  * Insertion of graphics in the .tex file+
  
 +===== Contents =====
  
-===== Introduction =====+{{page>:​ep:​labs:​061:​meta:​nav&​nofooter&​noeditbutton}}
  
-A quick plot is enough when you are exploring a data set or a function. But when you present your results to others you need to prepare the plots much more carefully so that they give the information to someone who does not know all the background you do. 
  
-**Using PostScript plots with LaTeX**+===== Proof of Work =====
  
-  - Make sure all the individual image files are properly trimmed EPS files. +Before you start, create ​[[http://​docs.google.com/|Google Doc]]. Here, you will add screenshots / code snippets / comments for each exercise. Whatever you decide to include, it must prove that you managed to solve the given task (so don't show just the output, but how you obtained it and what conclusion can be drawn from it). If you decide ​to complete ​the feedback for bonus points, include a screenshot with the form submission confirmation,​ but not with its contents.
-  - Create ​LaTeX document. +
-  - Process this document using LaTeX. +
-  - Use the dvips utility with the -E flag to turn the resulting DVI file into Encapsulated PostScript.+
  
-===== Cheatsheet ===== +When done, export the document as a //pdf// and upload in the appropriate assignment on [[https://curs.upb.ro/​2021/​course/​view.php?​id=5665#​section-5|moodle]]Rememberthe cut-off time is 15m after the lab ends.
- +
-<​code>​ +
-scatter plot: +
-plot ’dataset.txt’ using 1:2 +
-plot ’dataset.txt’ using 1:2 with points +
- +
-example for the short format: +
-p ’dataset.txt’ u 1:2 w p pt 1 lt 2 lw 2 +
-notitle +
- +
-line plot: +
-plot ’dataset.txt’ using 1:2 with lines +
- +
-multiple data series: +
-use replot or separate by commas +
-plot ’dataset.txt’ using 1:2’data.csv’ using 1:3 +
- +
-set key: +
-plot ’dataset.txt’ using 1:2 title "​key"​ +
-</​code>​ +
- +
-===== Tutorial ===== +
- +
-Datafile: {{:​ep:​labs:​dataset.txt|}} +
- +
-{{namespace>:​ep:​labs:​061:​contents:​tutorial&​nofooter&​noeditbutton}}+
  
 ===== Tasks ===== ===== Tasks =====
  
 {{namespace>:​ep:​labs:​061:​contents:​tasks&​nofooter&​noeditbutton}} {{namespace>:​ep:​labs:​061:​contents:​tasks&​nofooter&​noeditbutton}}
 +
  
ep/labs/061.1605692963.txt.gz · Last modified: 2020/11/18 11:49 by ioan_adrian.cosma
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