GIN201 - IP Networks aims at introducing some advanced topic related to Computer Networking. 

 

The starting point is an overview of IPv6, the new version of the Internet Protocol. The most important features of IPv6 are introduced. Particular attention is paid to IPv6 addressing and how to create an addressing plan for a network. The companion ICMPv6 protocol is also introduced, with a particular focus on its extensions for Neighbor Discovery (replacement of the old Address Resolution Protocol - ARP) and SLAAC (StateLess Address Auto-Configuration). Because one of the main issues in the deployment of IPv6 is the transition plan from IPv4, several transition techniques are studied (e.g., 6RD, NAT64, etc.).

 

Intra-Domain routing is the second major topic of the course. This part starts with a brief recap about intra-domain routing and the role of IGPs (Interior Gateway Protocols). An in-depth look at OSPF (Open-Shortest Path First) is then provided. First, the three main components of OSPF are illustrated, namely the Hello Protocol, the Database Synchronisation, and Link-State manipulation. Then, OSPF areas and ECMP (Equal-Cost Multi-Path) are explored.

 

The third major topic of the course is Inter-Domain Routing. As a start, the Internet AS organization as long as the notion of valley-free routing are introduced. Part of it is the analysis of the way different AS can have a relationship, e.g., customer-provider and peering, and how this impact routing and prefix advertisement. The Border Gateway Protocol (BGP) is then presented with a strong emphasis on the notion of policy routing. An in-depth discussion about the BGP decision process and how to perform Traffic Engineering by tweaking the path attributes are presented.  

 

All of the major topics are followed by a hands-on session in the lab, so to have a direct first-hand experience of each of the proposed topics.

 

The course is concluded with a seminar. The seminar is hold by an invited speaker from industrial partners. The topic depends on the guest, but usually is on either some cutting-edge technology, or an overview of the work carried out in the industry, or practical aspect of the life of a network engineer (usually not written in any book). Attendance to the seminar is mandatory.

 

Attendance: Lab sessions are mandatory; Classes attendance is not mandatory.

Pre-Requirements: Familiarity with the Internet Architecture and the TCP/IP Protocol Suite

 


COURS ML

Objectives
Text mining is a progressing and challenging domain. For example, a lot of efforts have been recently dedicated to the development of methods able to analyze opinion data available on the social Web. The first objective of this course is to tackle the different methods of language processing and machine learning underlying text and opinion mining.

Pour rendre votre devoir, vous devez préalablement vous inscrire à ce cours (bouton en haut à droite)

Merci de rendre votre archive au format zip ou tar.gz (un seul fichier) 


INF203 - WEB TECHNOLOGIES

PEDAGOGIC OBJECTIVES

The purpose of this course is to familiarize students with the Web development techniques. There are courses on formats and essential tools, graded implementation labs and course of "culture" on the advanced web dev.

At the end of the cours, students will:

  • have used formats (HTML, CSS, JS) and common tools (node.js, serveur HTTP) of the web in labs
  • know the basics of formats and common tools on the web
  • understand the complexity of common features: forms, chat, upload, REST APIs
  • have been exposed to notions of crawling, web security and trends in rapid development libraries for the web.

EVALUATION

Labs include implementation of formats and basic tools, and are almost automatically graded.

A quizz evaluates the learning in "culture" courses.