academics LoRaWAN connected objects academics internet of things

LoRaWAN is a telecommunications protocol that enables low-power objects to communicate via radio at low bit rates. Devices are connected to the Internet via gateways, thus participating in the Internet of Things.

Session 2023 : 

• Wednesday, January 24 and Thursday, January 25, 2024
• Wednesday, April 24 and Thursday, April 25, 2024
• Tuesday 18 and Wednesday 19 June 2024 (5 places max.)
  
  MORE INFO :
  

Download in PDF format :

• Brochure academics Internet of Things & LoRaWAN Protocol
• Registration academics Internet of Things & LoRaWAN Protocol

For further information, please use the form at the bottom of this page.

ACADEMICS OBJECTIVES:

• Understand the issues involved in long-distance, low-speed communication protocols.
• Implement the entire architecture of a LoRa / LoRaWAN network, from device to user.

PUBLICS :

• Designer of communicating objects.
• Customer in the IOT field.

STRENGTHS :

• The equipment remains the property of the trainee at the end of academics.
• Reduced workforce.
• Progress and personalized follow-up.
• No lectures, project-based learning.

HOURLY VOLUME :

• 8 hours of free-access videos.
• 14 hours in the presence of trainers.

WORKFORCE :

The maximum number of participants per session is 10.

RATE :

1190 Euros

ORGANIZATION :

The entire academics website is available online.

Before academics (15 days):

- Participants are provided with the online learning platform (learning phase).
- Each participant receives the teaching resources and materials by post.

During academics (2 days):

- Coaching by two specialized trainers.
- Practical implementation of a LoRa- LoRaWAN network by each participant.
- Each participant creates a montage to explain a concept of the protocol: LoRa, LoRaWAN, ADR, Device classes, OTAA, ABP, Network Server, Application Server, Gateway, authentication, encryption, etc...

After academics (for 7 days):

- Online support, answers to questions, technical assistance.

Achievement rate 2022: 95%.

Satisfaction rate 2022: 80%.

The educational content (books and videos) covers the following chapters:

1. Embedded systems and the IoT
2. Radio transmission and propagation
3. LoRa modulation
4. The LoRaWAN protocol
5. LoRaWAN networks and servers
6. The LoRa / LoRaWAN frame
7. Data recovery
8. Creating our own LoRaWAN Server
9. Creating our own LoRa Device
10. Creating our own Application

Each participant will set up his or her own practical set-up around 15 themes:

1. Transmission between two LoRa devices
2. Transmission between a LoRa Device and a Gateway
3. Data rates, channels, bandwidth and data rate readout
4. Gateway configuration
5. Register Gateway, Application, Device with LoRaWAN Server
6. Configuration and study of a LoRa Device in ABP, in OTAA
7. Analysis and prevention of replay attacks
8. Tests with other public LoRaWAN servers
9. Capture and analysis of selected LoRaWAN frames: Authentication and Encryption
10. Testing device classes, class A features
11. Validation of Uplink and Downlink flows in Confirmed / Unconfirmed mode
12. Adaptive Data Rate implementation and analysis
13. HTTP GET, HTTP POST, MQTT data retrieval
14. Set up your own private LoRaWAN Server (your choice of ChirpStack or The Things Stack v3)
15. Installation of your own Application

EDUCATIONAL PROGRAM

• Sylvain MONTAGNY
  sylvain.montagny@univ-smb.fr

REGISTRATION

• Rosine Delaille
  rosine.delaille@univ-smb.fr
  Tel. 04 79 75 81 39