How do artificial intelligence robots do farm work?

The robot is equipped with two 7-megapixel cameras in its ears, two 5-megapixel cameras in its eyes, sensors for wind speed, carbon dioxide and photosynthetic radiation in its head, and sensors for temperature and humidity in its mouth, thus realizing intelligent perception and real-time acquisition of agricultural production environment. He can work around the clock to collect more detailed and continuous data.

Through data accumulation and artificial intelligence algorithm, in the next step, "Xiao Rui" can also help managers to make production decisions, such as automatic diagnosis of crop diseases and insect pests, maturity of agricultural products, controlling diseases and insect pests with bionic hands or picking crops, and automatic transportation of farm harvest.

The size, color, shape, maturity and picking position of fruits and vegetables can be accurately judged through binocular stereo vision. The dexterous multi-degree-of-freedom manipulator can easily complete many tasks such as path planning, picking and basket placing. The flexible picker can grasp the picking position of fruits and vegetables by adaptive control without damaging the fruits. According to the commodity characteristics of crops, various harvesting methods such as single, tandem or integrated harvesting and packaging are adopted.

Through the real-time environmental awareness monitoring system, ambient intelligence perception and autonomous obstacle avoidance can be realized, and the greenhouse trajectory inspection can be completed.

Agricultural unmanned vehicles can be equipped with intelligent agricultural equipment such as JetSprayer air sprayer and XIoT agricultural IoT system, and provide agricultural work such as fruit tree plant protection, field weeding, intelligent field patrol and agricultural materials transportation, which meets the new demand of intelligent agriculture development. The cooperation between agricultural unmanned aerial vehicle and agricultural unmanned vehicle can make agricultural production realize unmanned management of plant protection.

The intelligent sowing robot obtains soil information through the detection device, and then obtains the optimal sowing density through the algorithm to sow automatically.

Artificial intelligence technology is changing the traditional agricultural production mode. With the development of the times, artificial intelligence will be closely related to agricultural development, and more artificial intelligence robots will be applied to our agricultural production in the future. It will also bring infinite possibilities for agricultural development.