With this course, you will acquire the basic knowledge of the Internet architecture and of its evolution. You will also understand the internals of the Internet protocols. In addition, you will be able to design and code your own TCP/IP applications and protocols and to solve simple configuration and performance problems that may arise in practice.
- Professor: Katerina Argyraki
- Professor: Edouard Bugnion
- Teacher: Thibault Alexandre Franklin Czarniak
- Teacher: Céline Dupuy
- Teacher: Sanidhya Kashyap
- Teacher: Aziz Laadhar
- Teacher: Hamza Morchid
- Teacher: Zeinab Shmeis
- Teacher: Khadija Tagemouati
L'objectif de ce cours est la maitrise des outils des processus
stochastiques utiles pour un ingénieur travaillant dans les domaines des
systèmes de communication, de la science des données et de
l'informatique.
- Professor: Patrick Thiran
- Teacher: Guillaume Dalle
- Teacher: Maximilien Dreveton
- Teacher: Sepehr Elahi
- Teacher: Paula Mürmann
- Teacher: Oscar Villemaud
- Professor: Matthias Grossglauser
- Teacher: Mohammadsadegh Khorasani
- Teacher: Sophie Strebel
- Teacher: Aswin Suresh
- Teacher: Oscar Villemaud
Information
is stored and processed in hardware components. With their
miniaturization the concept of classical bit must be replaced by the
notion of quantum bit. After having introduced the basics of quantum
physics for "discrete" systems, the basic spin 1/2 qubit and its
manipulation on the Bloch sphere are illustrated. This course then
develops the subjects of communications, cryptography, quantum
correlations, and introduces elementary concepts of quantum physics
with applications in information theory such as the density matrix and
von Neumann's entropy. The course is intended for an audience with no
knowledge of quantum physics and elementary knowledge of classical
physics and linear algebra. Practical exercises, simulations and implementations on NISQ devices will also be covered during the semester. This course prepares
students for more advanced quantum information classes.
- Professor: Nicolas Macris
- Teacher: Dina Khaled Sayed Abdelhadi
- Teacher: Victor Braun
- Teacher: Florian Romain Delavy
- Teacher: Anastasia Remizova
- Teacher: Mehrad Sahebi
Computer Language Processing presents algorithms, tools, and theory for automatically processing computer languages. These include in particular programming languages, so the course covers the topic of construction of interpreters and compilers. At the same time, it studies more broadly the concept of processing formal languages, such as regular and context-free languages.
- Professor: Dimitri Racordon
- Teacher: Marwan Azuz
- Teacher: Samuel Chassot
- Teacher: Sankalp Gambhir
- Teacher: Victor Arthur Schneuwly
- Professor: Jean-Michel Sallese
- Professor: Eytan Zysman
- Professor: Jean-Michel Sallese
- Professor: Eytan Zysman