Embedded Software

General Data
Academic program	General Engineering Program			Module Manager(s) : JOUVE Christophe,TAFRAOUTI Asmae
EC Type : Lectures	Embedded Software (LIIAem08ESystEmbCon)
Lab Work : 16h00 Lectures : 4h00 Individual work : 8h00 Total duration: 20	Status	Period Semester 8	Teaching language : French

General objectives
-Practical approach to connected IoT (Internet of Things) systems for various embedded applications -Developing a connected IoT application: video games, automobile, electricity and energy consumption metering, RFID, etc. - Using BASYS 3 FPGA board to make applications, like: full adder, multiplier, counter, shift register, LED chain, temperature sensor "

Content
- Lectures: - Programmable Logic - VHDL - 4 labs (4 hours): - The first two sessions are dedicated to the development of one or more applications on C: - Using a Nintendo Nunchuck grip - ERDF remote information and energy metering - Reading RFID tags - Scan of a CAN network and site manipulators - The other two sessions are dedicated to development on the Bays 3 FPGA board using VHDL: - Full adder - Multiplier - Counter - Shift register - LED chain - Temperature sensor

Content

- Lectures:
- Programmable Logic
- VHDL

- 4 labs (4 hours):

- The first two sessions are dedicated to the development of one or more applications on C:
- Using a Nintendo Nunchuck grip
- ERDF remote information and energy metering
- Reading RFID tags
- Scan of a CAN network and site manipulators

- The other two sessions are dedicated to development on the Bays 3 FPGA board using VHDL:
- Full adder
- Multiplier
- Counter
- Shift register
- LED chain
- Temperature sensor

Corequis
"Knowledge of programming languages in C and C ++. - Scientific and technical knowledge on discontinuous logic systems (semester 5). - Knowledge of asynchronous and synchronous systems analysis approaches (semester 5)."

Bibliographie
Toulson, R., & Wilmshurst, T. (2016). Fast and effective embedded systems design: applying the ARM mbed. Newnes. Gunther Gridling, Bettina Weiss : Introduction to Microcontrollers, Lectureses 182.064 & 182.074, Vienna University of Technology X. Fenard : Le Bus USB, Guide du concepteur - Dunod M. Nelson : Communications série - Dunod Bert Van Dam : Microcontrôleurs RISC 32 bits à architecture ARM - Elektor-Publitronic

Bibliographie

Toulson, R., & Wilmshurst, T. (2016). Fast and effective embedded systems design: applying the ARM mbed. Newnes.
Gunther Gridling, Bettina Weiss : Introduction to Microcontrollers, Lectureses 182.064 & 182.074, Vienna University of Technology
X. Fenard : Le Bus USB, Guide du concepteur - Dunod
M. Nelson : Communications série - Dunod
Bert Van Dam : Microcontrôleurs RISC 32 bits à architecture ARM - Elektor-Publitronic

Assessment(s)
N°	Nature	Coefficient	Observable objectives
1		1	Lab