COMMUNICATION NUMERIQUES CODEES
Objectives
- be able to dimension a channel coding scheme based on convolutional and cycle codes
- be able to code and decode the proposed codes
- understand the issues of time-frequency-phase synchronization and channel estimation in a receiver
- understand the problematic of data compression
- be able to implement a mobile communications chain and evaluate its performance on MATLAB software
Description
The first part of this unit is devoted to channel coding, and more specifically to the study of convolutional and cyclic codes.
This first part is followed by an introduction to digital receivers and data compression.
The last part of the EU is devoted to the sizing and implementation under MATLAB of a communications chain encoded on a frequency-selective channel.
Targeted skills
- be able to define a coding scheme based on convolutional and cyclic codes for the physical layer of a telecommunications system (fixed/mobile, single/multi-carrier)
-be able to model and analyze the communication chain obtained using MATLAB software
- understand the issues of time-frequency-phase synchronization and channel estimation in a receiver
Bibliography
• « Digital communications », John Proakis, McGraw-Hill Higher Education
• « Channel Codes: Classical and Modern», William Ryan et Shu Lin, Cambridge University Press
Pre-requisites
Digital communications (UE N6EN02 "Telecommunications" or equivalent)
Organization
Contact(s)
BOUCHERET MARIE LAUREPlaces
- Toulouse