CODE | 90139 |
---|---|
ACADEMIC YEAR | 2019/2020 |
CREDITS | 5 credits during the 1st year of 10378 INTERNET AND MULTIMEDIA ENGINEERING (LM-27) GENOVA |
SCIENTIFIC DISCIPLINARY SECTOR | ING-INF/03 |
LANGUAGE | English |
TEACHING LOCATION | GENOVA (INTERNET AND MULTIMEDIA ENGINEERING) |
SEMESTER | 2° Semester |
MODULES | This unit is a module of: |
TEACHING MATERIALS | AULAWEB |
Physically grounded channel modeling techniques for mobile communications.Effects of Hertzian channels on transmitted radio signals by using deterministic and probabilistic models for single and multi-user mobile systems. Main modulation techniques for mobile comms. including CDMA and OFDM. Radio systems simulation models, including digital receiver structure and techniques. Software Defined and Cognitive Radio and seminars on advanced spectrum sensing in SDR.
Mathematical models for radio transmission: (20) Radio Channel models; Free space model; Probabilistic rain model; Multipath time-variant general statistical model (Time variant pulse response, First order channel models (Fading (Rayleigh, Rice, Nagakami)); Second order models. Radio transmission system models: Frequency selectivity and temporal fading; Slow and fast fading; Diversity transmission (frequency, time, space); Wideband transmissions as frequency selective channels; Channel models and rake receivers. Wideband Digital radio transmission: systems and techniques (20): Multiple Access techniques overview; Wideband modulations: Spread Spectrum: General concepts, Direct Sequence Spread Spectrum and CDMA, Orthogonal Frequency Division Modulation (OFDM) Software and Cognitive Radio (10) : Software radio architectures;. from software to cognitive radio
To acquire knowledge on methods and techniques related to:
Mathematical models for radio transmission:
Basic Radio Channel models; Free space model; Probabilistic rain model;
Multipath time-variant general statistical model (Time variant pulse response, First order channel models (Fading (Rayleigh, Rice, Nagakami)); Second order models. Radio transmission system models: Frequency selectivity and temporal fading; Slow and fast fading; Diversity transmission (frequency, time, space); Wideband transmissions as frequency selective channels; Channel models and rake receivers.
Wideband Digital radio transmission: systems and techniques
Multiple Access techniques overview; Wideband modulations: Spread Spectrum: General concepts,
Direct Sequence Spread Spectrum and CDMA,
Orthogonal Frequency Division Modulation (OFDM) Software and Cognitive Radio
Software radio architectures;. from software to cognitive radio
To acquire capabilities of programming by means of labs using matlab and wireless sw development tools
Oral lessons will be used to provide basic contents. Capabilities development will be xploited through a set of laboratory exercises during the course, where some of the concepts introduced during the lessons will be presented and developed with students in simulated Matlab and GNU environment. .
Knowledge and understanding:
G. L. Stuber, Principles of Mobile Communication, Kluwer Academic Publishers, New York, 1996
T. Rappaport, “Wireless Communications: Principles and Practice, 2nd Edition”, Prentice Hall, USA, 2001
J.G.Proakis, “Communication Systems Engineering, 2nd Edition”, Prentice Hall, New Jersey, 2001
Cognitive Radio, Software Defined Radio, and Adaptive Wireless Systems, Ed.,Hüseyin Arslan, Springer, Netherlands, 2007
Office hours: Students can ask appointments for clarifications, explanations on course subjects by sending e-mail at Carlo.Regazzoni@unige.it
FABIO LAVAGETTO (President)
CARLO REGAZZONI (President)
LUCIO MARCENARO
MARIO MARCHESE
Oral lessons will be used to provide basic contents. Capabilities development will be xploited through a set of laboratory exercises during the course, where some of the concepts introduced during the lessons will be presented and developed with students in simulated Matlab and GNU environment. .
1st Semester 2016 September 19th 2016
The exam for this module is oral.
Upon request, the oral exam can be divided in two parts: a written pre-assessment base on a set of questions to be answered in one hour followed by a oral discussion.
Official exam dates are provided by course calendar. In addition, it is possible to schedule additional exams on per-appointment basis, depending on a number of interested students and professor's availability.
In both cases (official and unofficial exam dates), if you wish to attend an exam, please send an e-mail to:
- Carlo.Regazzoni@unige.it
at least one week before the exam.
Questions will be oriented to assess that the student has acquired basic concepts on pysical aspect of mobile radio channels not
only as a listing of concepts and formulas, but also that he is capable to apply such concepts to design simulators and basic signal processing
projects of digital radio systems.
Date | Time | Location | Type | Notes |
---|---|---|---|---|
15/01/2020 | 10:30 | GENOVA | Orale | Scritto e orale |
15/01/2020 | 10:30 | GENOVA | Scritto | Scritto e orale |
29/01/2020 | 10:30 | GENOVA | Orale | Scritto e orale |
29/01/2020 | 10:30 | GENOVA | Scritto | Scritto e orale |
12/02/2020 | 10:30 | GENOVA | Orale | Scritto e orale |
12/02/2020 | 10:30 | GENOVA | Scritto | Scritto e orale |
10/06/2020 | 10:30 | GENOVA | Orale | Scritto e orale |
10/06/2020 | 10:30 | GENOVA | Scritto | Scritto e orale |
24/06/2020 | 10:30 | GENOVA | Orale | Scritto e orale |
24/06/2020 | 10:30 | GENOVA | Scritto | Scritto e orale |
15/07/2020 | 10:30 | GENOVA | Orale | Scritto e orale |
15/07/2020 | 10:30 | GENOVA | Scritto | Scritto e orale |
29/07/2020 | 10:30 | GENOVA | Orale | Scritto e orale |
29/07/2020 | 10:30 | GENOVA | Scritto | Scritto e orale |
26/08/2020 | 10:30 | GENOVA | Orale | Scritto e orale |
26/08/2020 | 10:30 | GENOVA | Scritto | Scritto e orale |
16/09/2020 | 10:30 | GENOVA | Orale | Scritto e orale |
16/09/2020 | 10:30 | GENOVA | Scritto | Scritto e orale |