Person in charge: Chan Wai Po Francis
Organization: 14 x 3h Lectures/Tutorials
ECTS: 5 credits
This module is divided in two parts. Automatic presents the basics of automation applied to embedded systems. It explores different concepts such as robustness of systems and exposes current problems such as hybrid systems control, control in a distributed context, reliable control from unreliable components. Real time system explore the concept of real time kernel usage and programming.
The skills involve the analysis of control systems and theirs constraints. This module teaches the modeling and processing of information in the context of embedded systems. Concerning real time system, the skills involved to understand real time constraints for applications and their involvement in terms of programming and control systems.
Concept of system
- State space
- Optimal control theory
- Systems analysis and modeling
- Simulation with Matlab Simulink
Real time Operating system
- Micro kernel
- Tasks scheduling with real time constraints
- Tasks communication
- Peripheral drivers
Various approaches with Lectures, labs and projects will be used to teach the subject. Microcontroller boards in a connected environment will be used.