This course provides fundamentals of radio network design: transmission techniques, algorithms and protocols.

The concepts that are interlaced in the program span from the radio channel, to the physical, data link and network layers of the protocol stack. This will allow the student to move from a detailed level to a bird-eye view of radio networks. Such approach is essential: networks have a complexity that grows like the square of the number of nodes, and an overall vision is required, to capture the global structure and architecture (system level); at the same time, the detail on the link level shows what techniques are used to communicate among nodes.

The course first provides fundamental concepts applicable to any radio network, like e.g. WiFi, sensor networks. Then, it focuses on the evolution of mobile radio networks from 2G (GSM) to 5G, in terms of network architecture, services offered, network and transmission techniques. The complexity of these systems make it possible however only introducing elementary aspects and fundamental concepts. More insight is possible through other courses, or the final project.

Owing to its nature, this course is essential for students willing to take a job in the field of wireless communications (there is a large number of job offers nowadays in this area, not satisfied by the few students graduating in Telecommunications Engineering). Not only if the job is offered by a telecom operator: radio communications have become pervasive, being embedded into systems of different nature, and this makes competences in radio networks useful in many different contexts.

Course syllabus.


Course material.

Slides are provided as a support tool. The instructor records the audio of all lectures, which are made available to students that missed a lecture, or need to go through it again.

A dropbox folder is shared with students that filled the Students’ Contact Form at the bottom of the “Teaching” webpage.

Slides of course taught on A.Y. 2017/18:













Intermediate Test.


Rules. Students who passed the intermediate test can access the oral exam directly without the need to perform the numerical exercise part. The final mark will be the weighted sum of the intermediate test mark (40%) and the oral mark (60%). All lecture blocks since the beginning of the course are matter fior the oral exam. If a student does not want to keep the mark obtained at the intermediate test, he/she does not need to tell the instructor. The day of the exam, a numerical exercise will be performed before accessing the oral exam. After July 31, 2018, the marks obtained at the intermediate test will expire their validity.

Exam dates.

Please note that the date of July 13 has been anticipated to July 11 (morning) – the instructor will be unavailable on the 13th for medical reasons.

  • June 29, 10 am, Prof. Verdone’s office.
  • July 11, 10 am, Prof. Verdone’s office.
  • July 23, 10 am, Prof. Verdone’s office.
  • Sept. 3, 3 pm, Prof. Verdone’s office.