| Programs | Number of hours | ECTS | Lecturers |
|---|---|---|---|
| Models and Mathematics - reminders on derivatives, primitives, limited developments, complex numbers - vector operators (gradient, divergence, curl) in different coordinates - operations on matrices: Addition, multiplication, inversion, Eigen values and vectors and introduction to decompositions (LU, QR, SVD, …) - differential equations - introduction to numerical methods | 22 | 4 | Christophe Bourlier |
| Electromagnetics - maxwell’s equations and limit conditions - propagation in free space - wave reflection - guided propagation – Waveguides - diffraction - Refraction | 15 | 3 | Tchanguiz Razban |
| Signal processing - reminders on filtering an pulse responses - sampling, frequency alteration by symmetry and translation, Shannon theorem - quantification: deterministic and random modeling, signal to noise ratio - random signals: representation and characterization, real and complex signals - discrete, continuous and stationary signals. Autocorrelation, spectrum density - filtering of random signals | 30 | 5 | Yide Wang |
| Communicating object technologies - communication protocols (WiFi, BLE, Lora, Sigfox, Qovisio) - circuit consumption control, MOS technology - DVFS techniques, idle time in processors, sequencing - real time operating systems - program architecture of embedded systems | 30 | 5 | Jean-François Diouris Sébastien Pillement Antoine Goullet |
| Architecture and methodologies for embedded systems - organization and material resource of embedded systems - micro processors - homogeneous and heterogeneous architectures - different steps of digital circuit design - language of material description - use of digital circuit design tools - use of LateX and BiBTeX - bibliography methods in scientific research - practical bibliography and oral presentation | 30 | 5 | Sébastien Lenours Olivier Pasquier Sébastien Pillement |
| Optional modules (only one must be chosen) | |||
| Antenna and high frequencies - introduction of radiation parameters - theoretical approach of the radiation - wire, aperture and printed antennas - antenna arrays - introduction of propagation parameters - scattering parameters - passive HF circuit design - active HF circuit design - measurement techniques with network analyzer and anechoic chamber | 30 | 5 | Tchanguiz Razban |
| Digital Communications and antenna processing - antenna arrays, space filtering - techniques of Radiation pattern synthesis - adaptive antennas - estimation of directions of signal transmitters - techniques based on Beam forming techniques - techniques based on sub-spaces - techniques based on estimation methods | 30 | 5 | Jean-François Diouris Yide Wang |
| Embedded systems - co-design principles - models for representation of software-hardware architectures - language principles for software-hardware architectures - performance evaluation methods - real time Operating Systems | 30 | 5 | Sébastien Lenours Jean-Luc Bechennec Olivier Pasquier |
You can only apply to courses within one field of study up to 30 ECTS.
Autumn courses start in September and end in January.
Contact
master-wet@univ-nantes.fr