Technology infiltrates between plants with unprecedented precision
A slim robotic arm sneaks between tomato plants, equipped with a three -dimensional vision that enables it to wipe the surrounding environment with amazing accuracy. Upon stopping in front of a flower, his sensors analyze the pollen wife in parts of a second, before using high -frequency vibrations to accurately spread the vaccine on a neighboring flower, achieving an amazing industrial pollination process.
Industrial intelligence goes beyond mobility and imitates human perception
Once it ends from a flower, it goes to the other self, avoiding obstacles as if he had a human perception. This smart agricultural robot is the product of years of research at the Chinese University of Vodan, led by co -professor “Shang Helliang”.
Not just a device: a robot thinks and decides
Unlike traditional mono -tasks, this robot is characterized by its ability to simulate human perception, make decisions and implement various tasks such as pollination, trimming leaves, relieve fruits, and harvest. After four years of work, it developed through four consecutive copies until it reached its current version that has been integrated integrated.
Development trip: From the challenges of reality to integrated intelligence
The trip was launched in 2021 when the university saw that smart agriculture represented a vital strategic field. The team faced major technical challenges, most notably the difficulty of identifying the hidden fruits between leaves or moving in a complex agricultural environment. To overcome it, a multidisciplinary team was formed that combined optical experts, algorithms, materials, and mechanical engineering.
Field efficiency and increasing industrial attention
Today, the robot test is conducted on a farm of the “Bright Food” group in Chonging, where it has shown high efficiency: one robot that can compensate for six agricultural workers. With the preservation of a vaccination rate exceeding 90%, even in difficult natural conditions, this technology has become the focus of attention of industry.
From farmers’ needs to develop technology
The researcher, “Lee Ragyo”, confirms that the team adopted a reverse approach to development, which started from the actual problems of farmers, as the team conducted field research in more than 20 farms in Shanghai and various Chinese provinces such as Chenghai, Guangdong and Hyanan.
Agricultural revolution on the horizon?
This smart machine may be the nucleus of a new generation of automatic cultivation that depends on artificial intelligence, and provides realistic solutions to daily problems in agricultural fields. While the countries of the world are racing to achieve food security, China appears to have laid the foundation stone for a new agricultural revolution.
