Network Engineering

  • Information of the course: lectures, seminars, labs; evaluation and bibliography: pdf
  • Course notes (compilation): pdf
  • Lecture 1 - Introduction & Motivation of the course (slides): pdf
  • Lecture 1 - Introduction to WLANs (slides): pdf
  • Lecture 2 - Background on stochastic processes (slides): pdf
  • Seminar 1 - Exercises: pdf
  • Lecture 3 - Markovian processes + Discrete Time Markov Chains (slides): pdf
  • Lecture 4 - Continuous Time Markov Chains (slides): pdf
  • Seminar 2 - Exercises: pdf
  • Lab 1 - Report + Matlab functions: zip
  • Lecture 5 - Call Admission Control in Cellular Networks: Slides: pdf | Report: pdf
  • Lecture 6 - Modelling a network interface 1 (MMSK) : Slides: pdf
  • Seminar 3 - Exercises: pdf
  • Lab 2 - Report + Matlab functions: zip
  • Lecture 7 - Modelling a network interface 2 (MM1K & MM1) : Slides: pdf | Slides AP model: pdf
  • Lecture 8 - Multiple hops / End to end delay : Slides: pdf
  • Seminar 4 - Exercises: pdf
  • Lab 3 - M/M/1/K and M/M/1 - Report + Matlab functions: zip
  • Lab 4 - WIFI-DL model: Report + Matlab functions: zip
  • Lecture 9 - Mid-term exam
  • Lecture 10 - M/G/1 : Slides: pdf | Slides: Packet retransmissions due to errors: pdf
  • Lecture 11 - M/G/1 : Multiple traffic flows + Traffic differentiation: pdf
  • Seminar 5 - Exercises: pdf
  • Lab 5 - M/G/1: Report + Matlab functions: zip
  • Lecture 12 - M/G/1 WiFi examples

Lab project

  • Lab project (pdf) - To be delivered by the date of the final exam

Exams

Resources

  • Bertsekas & Gallagher: Data Networks (book): link