@@ -8,16 +8,13 @@ This project takes place in a context where optimizing LPWAN (Low Power Wide Are
The goal of our project is to enable a device equipped with a LoRa communication module to determine its exact position at any time. To achieve this, we need to enhance ChirpStack by adding a microservice that will handle device localization requests. Specifically, when a device requests its position, ChirpStack will:
1. Query its own database to retrieve available information on this device
2. Consult the BeaconDB database (which we identified for inform us about network positions) for additional reference points.
2. Consult the BeaconDB database (which we identified to inform us about network positions) for additional reference points.
3. Perform data consistency checks between these sources to refine and what the device informs to refine the position.
3. Perform data consistency checks between these sources and what the device informs to refine the position.
Additionally, we need to develop a software solution for the LoRa-equipped device. This software will allow the device to regularly send packets like: "Here is the network around me", containing information on the signals it detects. These data points will then be processed to improve location accuracy.
## Results
## Constraints
Additionally, we need to develop a software solution for the LoRa-equipped device. This software will allow the device to regularly send packets like: "Here is the network around me", containing information on the signals it detects. These data points will then be processed to improve location accuracy.
## Necessary ressources
To successfully carry out this project, several resources are required:
