Projets à venir
This project aimed to develop an automated system for acquiring and processing multispectral aerial images. The system had to meet the requirements of the use of a drone as a collection platform in terms of lightness, dimension, and autonomy. The device developed in this project consists of 3 cameras, an inertial station combined with a GPS, a power source, and an ultra-compact computer.
The acquisition system, which demonstrated its ability to obtain accurate and reliable information on crops, made it possible to target several areas of growth. Among other things, it confirmed the feasibility of offering farmers an image mosaic in order to show them the vegetation index for their fields.
This project aimed to develop an automated system for acquiring and processing multispectral aerial images. The system had to meet the requirements of the use of a drone as a collection platform in terms of lightness, dimension, and autonomy. The device developed in this project consists of 3 cameras, an inertial station combined with a GPS, a power source, and an ultra-compact computer.
The acquisition system, which demonstrated its ability to obtain accurate and reliable information on crops, made it possible to target several areas of growth. Among other things, it confirmed the feasibility of offering farmers an image mosaic in order to show them the vegetation index for their fields.
This project aimed to develop an automated system for acquiring and processing multispectral aerial images. The system had to meet the requirements of the use of a drone as a collection platform in terms of lightness, dimension, and autonomy. The device developed in this project consists of 3 cameras, an inertial station combined with a GPS, a power source, and an ultra-compact computer.
The acquisition system, which demonstrated its ability to obtain accurate and reliable information on crops, made it possible to target several areas of growth. Among other things, it confirmed the feasibility of offering farmers an image mosaic in order to show them the vegetation index for their fields.
This project aimed to develop an automated system for acquiring and processing multispectral aerial images. The system had to meet the requirements of the use of a drone as a collection platform in terms of lightness, dimension, and autonomy. The device developed in this project consists of 3 cameras, an inertial station combined with a GPS, a power source, and an ultra-compact computer.
The acquisition system, which demonstrated its ability to obtain accurate and reliable information on crops, made it possible to target several areas of growth. Among other things, it confirmed the feasibility of offering farmers an image mosaic in order to show them the vegetation index for their fields.
This project aimed to develop an automated system for acquiring and processing multispectral aerial images. The system had to meet the requirements of the use of a drone as a collection platform in terms of lightness, dimension, and autonomy. The device developed in this project consists of 3 cameras, an inertial station combined with a GPS, a power source, and an ultra-compact computer.
The acquisition system, which demonstrated its ability to obtain accurate and reliable information on crops, made it possible to target several areas of growth. Among other things, it confirmed the feasibility of offering farmers an image mosaic in order to show them the vegetation index for their fields.
This project aimed to develop an automated system for acquiring and processing multispectral aerial images. The system had to meet the requirements of the use of a drone as a collection platform in terms of lightness, dimension, and autonomy. The device developed in this project consists of 3 cameras, an inertial station combined with a GPS, a power source, and an ultra-compact computer.
The acquisition system, which demonstrated its ability to obtain accurate and reliable information on crops, made it possible to target several areas of growth. Among other things, it confirmed the feasibility of offering farmers an image mosaic in order to show them the vegetation index for their fields.
