Connected object design

Course:

Characteristics of an embedded system.
Importance of codesign in embedded systems.
Embedded Internet. Internet of things. State of the art in IoT.
Linux and embedded systems: embedded Linux.
Real Time under Linux. Introduction to Real Time.
Control and communication of connected objects. HTTP and MQTT protocols. LoRa modulation and LoRaWAN architecture.
Rapid prototyping: application to IoT. Designing a connected object.

TP :Designing a connected object using rapid prototyping on a Rapsberry Pi board:

TP1. Standard Raspbian distribution and Python language. Build a connected object that can be controlled locally and remotely via HTTP.
TP2. Implementing MQTT.
TP3. Design of a LoRa connected object integrated into TTN's LoRaWAN community architecture and remotely controllable via MQTT.

Course:

Characteristics of an embedded system.
Importance of codesign in embedded systems.
Embedded Internet. Internet of things. State of the art in IoT.
Linux and embedded systems: embedded Linux.
Real Time under Linux. Introduction to Real Time.
Control and communication of connected objects. HTTP and MQTT protocols. LoRa modulation and LoRaWAN architecture.
Rapid prototyping: application to IoT. Designing a connected object.

TP :Designing a connected object using rapid prototyping on a Rapsberry Pi board:

TP1. Standard Raspbian distribution and Python language. Build a connected object that can be controlled locally and remotely via HTTP.
TP2. Implementing MQTT.
TP3. Design of a LoRa connected object integrated into TTN's LoRaWAN community architecture and remotely controllable via MQTT.

Handouts