Industries
At present, high-precision GNSS technology is widely used in agriculture, such as automatic guidance, automatic leveling, and other applications in agriculture. High-precision GNSS technology helps farmers save fertilizer, save costs, increase productivity, and protect the environment. GNSS technology plays an increasingly important role in modern agriculture. It brings great benefits to crop production in different growing environments.
At conventional construction sites, workers would go through processes such as coordinate calculations, surveying, stake setting, construction, inspection, and quality control.
However, with the introduction of information-based construction, which sends data to construction machinery and automatically controls work, it is now possible to feed the machinery with location information from satellites and surveying information from ground total stations, allowing it to understand its own position and the designed position and automatically perform tasks such as excavation.
This information-based construction using ICT (information and communication technology) eliminates the need for surveying, stake setting, and inspection, which were previously done manually, achieving high efficiency, precision, and safety all at once. Reducing the amount o
It is a new type of agriculture that utilizes robotics and information and communication technology (ICT) to promote labor-saving, precision, and high-quality production. In Japan’s agricultural fields, there are still many tasks that rely on human labor or that can only be done by experienced workers, so labor
