Telecommunications system (spring 2011/2012)
This is a mandatory undergraduate course for ISEP students in the 1st year of engineering (Bac +3).
- Electromagnetism waves.
- Theory and application of transmission lines.
- Propagation in a waveguide.
- Propagation of electromagnetic wave.
- Antennas: Principles, design and types of antennas.
- Radiobeam transmission.
Signal and system (fall 2010/2011)
This is a mandatory undergraduate course for ISEP students in the 1st year of engineering (Bac +3).
- Signal and system modeling concepts.
- System modeling and analysis in time domain.
- Fourier series, Fourier transform and its applications.
- Laplace transformation and its applications.
- Discrete-time signals and systems.
- Analysis and design of digital filters.
- Discrete Fourier transforms and fast Fourier transform.
Digital communications (spring 2010)
This is an undergraduate course for the 2d year ISEP students in the wireless architecture track (Bac +4).
- Introduction to source and channel coding.
- Transmission chain: Nyquist filter and estimation.
- Orthogonal frequency division multiplexing (OFDM).
- Code division multiple access (CDMA).
Advanced digital communications (fall 2011)
This is an undergraduate course for the 3rd year ISEP students in the wireless architecture track (Bac +5).
- Modeling the wireless communication channel, diversity techniques.
- Multiple Input Multiple Output.
- Iterative decoding: Maximum-A-Posteriori decoding.
- Turbo code.
- Low density parity check codes.
- Standard applications: GSM, GPRS, UMTS, IEEE 802.11n and LTE.
Information theory, Telecom ParisTech
During my PhD, I was the assistant of this course adressed to master students.
- Probability and entropy.
- Shannon capacity.
- Source coding.