Code
IGSE PHY 7509
Semester
Spring
Domain
Physique
Program
Master
Language
Anglais/English
ECTS Credits
5
Class hours
45
Workload
90
Program Manager(s)
Department
- Electronique et Physique
Educational team
Organisation
Cours/TD/TP/projet/examen : 21/15/6/3Learning objectives
All the students, at the end of the course, will be able to:
- Integrate the basic functions of a standard microwave systems, like sensor networks or wireless local area networks, or GSM standards * through theoretical works.
- Carry out the basic concepts through practical experiments, by groups of two students.
- Apprehend a suitable approach for a professional simulation software (ADS, Advanced Design System), either individually or by groups of two students.
- Combine the above skills in order to simulate the performance of a simple radio system in the case of a connected object of limited complexity.
*Opération soutenue par l’État dans le cadre de l’AMI « Compétences et Métiers d’Avenir » du Programme France 2030, opéré par la Caisse des Dépôts
CDIO Skills
- 1.1 - Knowledge of basic science including mathematics and others
- 1.3 - Advanced engineering fundamental knowledge, methods and tools
- 2.1 - Analytical reasoning and problem solving
- 2.1.5 - Solution and Recommendation
- 2.2 - Experimentation, investigation and knowledge discovery
Prerequisites
A background of first courses in electronic and microwaves is assumed
Keywords
WBAN, sensor network, WPAN, WLAN, Measurement, ADS Simulation.
Content
Radio system: sensors networks, propagation, antenna networks …
Radio Links for sensors, GNSS, data fusion
Localisation: absolute, relative, distance, angle, UWB, ….
Radio Standards: 802.15, 802.11, 802.16, GSM (4G, 5G), GPS/Glonass/Galiléo …
Context setups: Communications for low or high data rate, IoT, e-health, low power consumption, comfort
Evaluation
Oral Exam (OR), Evaluation of the different labs (N)
Final mark = Average (N, OR)
Assessment formula
Oral Exam (OR), Evaluation of the different labs (N)
Final mark = Average (N, OR)