Number of hours
- Lectures 28.0
- Projects 4.0
- Tutorials -
- Internship -
- Laboratory works 28.0
- Written tests -
ECTS
ECTS 5.0
Goal(s)
An embedded system is computer system that has a dedicated function within a larger mechanical or electronic system.
This course is divided into two parts: The first on is on embedded systems and real-time implementation with the following organisation.
9 lectures (2h) TD1-TD9 (18h)
8 Labs (2h or 4h) TP1-TP7 (20h)
1 Final Project (4h) TP9 (4h)
The second part is on distributed optimization with applications on robotic systems.
Responsible(s)
Ahmad HABLY
Content(s)
Part 1:
TD1 (2h) - [Ch] Binary numbers & Boolean operation
TP1 (2h) - [Ch]
TD2 (2h) - [Ch] Electronics
TP2 (2h) -[Ch] LTspice and Kicad
TD3 - [Er] Embedded real systems for robotics (2h)
TD4 - [Ch] Microcontroller architecture (2h)
TP3 [Ch] (2h)
TD5 - [Er] Memory allocation and management (2h)
TP4 - [Er]: RTOS introduction (4h)
TD6 - [Er] Time management and Synchronization (2h)
TP5 - [Er] Time management and synchronization in RTOS (4h)
TD7 - [Er] Low-power management (2h)
TP6 - [Er] Time management and synchronization in RTOS (4h)
TD8 - [Ch] embedded software (2h)
TP7 - [Ch] Software development (2h)
TD9 - [Ch] Discrete control (2h)
[Ch] Final Project (4h)
Part 2:
Optimization in general
Trajectory optimisation for dynamical (robotic) systems
Distributed algorithms
.
Test
EN 70%+ ER 30%
ER exam RTOS (50%)+Embedded (50%)
EN:rapports des BE (RTOS, embededd, optimisation)
EN 70%+ ER 30%
The exam is given in english only 
Calendar
The course exists in the following branches:
- Curriculum - Master inter MARS - Semester 9 (this course is given in english only
)
Additional Information
Course ID : WEUMCED1
Course language(s):
You can find this course among all other courses.