II. Implementation Paths for Agricultural Machinery Automation and Intelligence under Agricultural Informatization
In the information age, it is essential to strengthen communication and exchange regarding agricultural machinery technology to promote continuous technological updates and progress. To implement agricultural machinery automation and intelligence under agricultural informatization, consider the following aspects:
Increase R&D Efforts in Automated and Intelligent Agricultural Machinery
Currently, automated and intelligent machinery mainly relies on “imitation” learning. The government should promote technological innovation and support researchers. Key issues like automatic positioning, navigation, self-evaluation operation, and automatic adjustment need addressing. Moreover, research institutions should collaborate with information science organizations to ensure synchronized technological development.
Enhance Machinery Upgrades
With technological progress, agricultural machinery has reached semi-automation and even full automation. For this reason, management of farm equipment needs to be upgraded via intelligent systems to lift overall management standards. Apart from boosting work efficiency, we also need to prioritize better operability, so farmers can use the machines with greater ease. In addition, product design should further improve the machinery’s operability and its performance in tough or complex working conditions. This way, we can keep advancing automation and smart farming solutions.
Improve Agricultural Product Quality Detection
Automation and intelligent technology have increased agricultural production efficiency. These technologies can be applied to product processing without affecting product evaluation, ensuring quality. Continuous updates in machinery technology enhance automation and intelligence, reducing human errors and ensuring safe operation.
Expand the Development Areas of Agricultural Machinery Automation, Informatization, and Intelligence
First off, we keep upgrading equipment to advance machine automation and smart technology.
For example, targeted precision spraying reduces the overuse of pesticides and fertilizers. It helps save energy and protect the environment at the same time.
Besides, farm operators widely use GPS to remotely monitor and manage farming machinery, so all devices run efficiently.
In fact, equipping farm machines with automation and smart functions is vital to tackle production challenges in modern agriculture.
Right now, automated and intelligent farm machinery is still in the early exploration stage. So we need to focus more on researching its precision and reliability.
In turn, we will build a complete production system and further drive the development of modern agriculture.
