Professors AY 2026-2027
Professors
ABRARDO ANDREA
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Code 2015251 -
[2015251] DIGITAL COMMUNICATIONS -
Credit(s): 9
More information and training material
The course will be held in classroom (in presence)
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Code 2015254 -
[2015254] MODERN COMMUNICATION TECHNOLOGIES FOR 5G AND BEYOND -
Credit(s): 9
More information and training material
None
ADDABBO TOMMASO
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Code 109147D -
[109147D] ANALOG CIRCUIT DESIGN -
Credit(s): 6
More information and training material
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Code 2015252 -
[2015252] DIGITAL EMBEDDED ELECTRONICS FOR SMART INDUSTRY -
Credit(s): 9
More information and training material
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ALBANI MATTEO
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Code 109157D -
[109157D] MATHEMATICAL METHODS FOR ENGINEERING -
Credit(s): 6
More information and training material
6 CFU
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Code 2008579 -
[2008579] MICROWAVE ENGINEERING -
Credit(s): 9
More information and training material
Il materiale didattico utilizzato durante il corso sarà reso disponibile agli studenti tramite la piattaforma di elearning
ANDREADIS ALESSANDRO
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Code 2015357 -
[2015357] MOBILE COMMUNICATIONS AND IOT -
Credit(s): 6
More information and training material
Students are strongly encouraged to attend the lectures and lab classes, in order to achieve good skills for a succesful final exam. The slides of lectures are available at the following site: http://www.dii.unisi.it/~adis/Courses/ The site is accessible under password, provided in the class. The timetable of the course could also be modified according to the needs of the attending students.
BARNI MAURO
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Code 2015356 -
[2015356] CYBERSECURITY -
Credit(s): 6
More information and training material
It is strongly recommended that students attend all lectures
BARTOLI GIULIO
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Code 2000174 -
[2000174] INFORMATION THEORY -
Credit(s): 6
More information and training material
Il Materiale Didattico (programma, dispense del corso, registrazioni delle lezioni degli anni precedenti) è reperibile sulla pagina Moodle del corso (cercare, la denominazione del corso). Accesso riservato, credenziali fornite a lezione. Contattare il docente.
FORT ADA
- Code 2015358 - [2015358] SENSORS AND MICROSYSTEMS - Credit(s): 6
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Code 2017422 -
[2017422] SENSORS AND SENSING SYSTEMS -
Credit(s): 9
More information and training material
Lecture notes, video recordings and software notebooks are available on the Moodle space of the course. In order to access the material (Moodle) please contact the instructor. https://elearning.unisi.it/course/view.php?id=13643
FORTI MAURO
- Code 2019827 - [2019827] ELECTRIC SYSTEM AND GREEN POWER DEVICES - Credit(s): 6
- Code 2019828 - [2019828] ELECTRIC SYSTEM AND GREEN POWER DEVICES (Mod. Electric System) - Credit(s): 0
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Code 2019828 -
[2019828] ELECTRIC SYSTEM AND GREEN POWER DEVICES (Mod. Electric System) -
Credit(s): 0
More information and training material
Le lezioni si terranno in presenza. Le slide del corso e altro materiale didattico sono disponibili su google drive al link https://drive.google.com/drive/folders/0AMkHcWoVQZ9BUk9PVA Gli studenti devono richiedere l’accesso a tale drive scrivendo una mail a mauro.forti@unisi.it Notare che l’accesso sara’ garantito solo agli studenti che lo richiedono tramite mail istituzionale.
GARZELLI ANDREA
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Code 109165D -
[109165D] STATISTICAL SIGNAL PROCESSING -
Credit(s): 6
More information and training material
Course website and lecture notes at https://elearning.unisi.it (shared password required) --- Appunti del corso disponibili sullo spazio Moodle https:\\elearning.unisi.it (accesso con password)
GIAMBENE GIOVANNI
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Code 109162D -
[109162D] NETWORKING -
Credit(s): 6
More information and training material
Sito Web del corso:
http://www.dii.unisi.it/~giambene/teaching.htmlIl materiale didattico aggiornato è disponibile sul sito Moodle del corso:
https://elearning.unisi.it/course/view.php?id=14661
Sono inoltre disponibili le videoregistrazioni e le slide usate per ogni lezione svolta del corso. Verranno fornite dal docente le coordinate di accesso alle lezioni video registrate.
MACI STEFANO
- Code 2000170 - [2000170] ANTENNAS AND PROPAGATION - Credit(s): 9
MARTINI ENRICA
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Code 2017418 -
[2017418] BIOELECTROMAGNETISM AND DEVICE ELECTROMAGNETIC COMPATIBILITY -
Credit(s): 6
More information and training material
Il materiale didattico usato durante il corso sarà reso disponibile tramite la piattaforma di elerning Teaching material used during the course will be made available through the e-lerning website
MECOCCI ALESSANDRO
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Code 109146D -
[109146D] ADVANCED DIGITAL IMAGE PROCESSING -
Credit(s): 9
More information and training material
Usefull links http://www.kluweronline.com/issn/0920-5691 http://www.kluweronline.com/issn/0920-5691 http://ieeexplore.ieee.org/xpl/RecentIssue.jsp?puNumber=34 http://ieeexplore.ieee.org/xpl/RecentIssue.jsp?puNumber=34 http://ieeexplore.ieee.org/xpl/conferences.jsp?letter=CVPR&findtitle=&sr... http://ieeexplore.ieee.org/xpl/conferences.jsp?letter=CVPR&findtitle=&sr... http://ieeexplore.ieee.org/ 49http://ieeexplore.ieee.org/ http://www.cs.ucf.edu/~vision http://www.cs.ucf.edu/~vision http://www-2.cs.cmu.edu/afs/cs/project/cil/ftp/html/vision.html http://www-2.cs.cmu.edu/afs/cs/project/cil/ftp/html/vision.html http://www.cs.ucf.edu/courses/cap6411/cap5415_sp02.html http://www.cs.ucf.edu/courses/cap6411/cap5415_sp02.html
MUGNAINI MARCO
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Code 2013588 -
[2013588] INDUSTRIAL RELIABILITY AND SAFETY ENGINEERING -
Credit(s): 6
More information and training material
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Code 2017419 -
[2017419] BIOTECH INSTRUMENTATION -
Credit(s): 6
More information and training material
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PANCIONI LUCA
- Code 2019827 - [2019827] ELECTRIC SYSTEM AND GREEN POWER DEVICES - Credit(s): 6
- Code 2019829 - [2019829] ELECTRIC SYSTEM AND GREEN POWER DEVICES (Mod. Green power devices) - Credit(s): 6
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Code 2019829 -
[2019829] ELECTRIC SYSTEM AND GREEN POWER DEVICES (Mod. Green power devices) -
Credit(s): 6
More information and training material
Per ulteriori informazioni contattare il docente all'indirizzo pancioni3@unisi.it
TOCCAFONDI ALBERTO
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Code 2019744 -
[2019744] HIGH-FREQUENCY SUBSYSTEMS AND COMPONENTS -
Credit(s): 6
More information and training material
Course material and communications. All course material - lecture slides, laboratory handouts, worked design examples, exercises, assignments and notices - is published on the USiena Integra (Moodle) page of the course (https://elearning.unisi.it). Students are asked to enrol on the course page at the beginning of the semester, since it is also the channel used for communications concerning the schedule of the lectures and of the laboratory sessions.
Office hours. The lecturer is available for individual meetings by appointment, arranged by e-mail; meetings can also be held remotely. Students who cannot attend the scheduled sessions are encouraged to make use of office hours to agree on an individual study path.
Computer laboratory. The laboratory sessions take place in the computer laboratory of the Department, on workstations equipped with a microwave CAD environment for circuit and electromagnetic simulation. Details on the location of the laboratory, its opening hours and the conditions of access outside the scheduled sessions are published on the course page.
Additional activities. Seminars given by professionals from industry and demonstration sessions on measurement and design tools for high-frequency systems may be organised during the semester, compatibly with their availability; they are optional and are not part of the final assessment. Students interested in developing a thesis project in the area of high-frequency components and subsystems are invited to contact the lecturer.
