Exercise is done to follow new technology in agriculture and agriculture worldwide. The latest technology is now dominated by each sector of artificial intelligence (AI), machine learning (ML) and the large language model (LLM). Emphasis is given to its use in agriculture. Success in this will ease agricultural work, reduce and increase input. In the same order, now the International Crop Research Institute for the Half-A ERID tropics (AI), Engineering Learning (ML) and Large LLM (LLM) are preparing to bring ‘revolution’ in agriculture with the use of the Langwes model (LLM). The company has also developed a device to check the soil without chemistry.
Ikrisad has been working in agriculture for 54 years
Tell me that it has been 54 years since Icrisat was installed. The company has released 1200 stories of legumes and coarse grains. Now it emphasizes the use of technology to improve the quality of the product. Iqrisad has started this and introduced the AI-based plant health inventor.
This device helps to evaluate the health of the plant and treat plant-crops when it is necessary to quickly evaluate the health of the plant. Also, Igirisat has also created a digital Chile -Lyrium. This library helps to evaluate the health of the soil as soon as possible.
The Director General of the Ikkat said this
According to the ‘Business Line’ report, this is the most growing area, said Igirisad Director General Himanshu Pathak. The Indian Agricultural Research Council (ICAR) also operates on this technology. These techniques are very helpful. The ICRISAD has developed a plan to use its knowledge bank using the strength of LLM.
According to the report, the Deputy Director of ICRISA (Research and Innovation) Stanford Plate, Mechanical Learning and Re -Communications Voice can begin to search for new signs by using more than 1,30,000 compulsory crops. We have terafide data, and our goal is to find unique signs and create them in the types we are looking for.
Work with the Telangana government
We are working with the Telangana government to create crop insurance, making it very efficient and trying to find the most special areas, where the Stanford Plate added that the equipment will benefit all the geographical areas we work with.
Himanshu Pathak said that Ikrisad has collected more than 15,000 samples and created a special digital soil library. Using some hyperpactral device, unique technology helps to test the samples without any chemicals, while the current material of soil testing uses chemicals.
Patak said that the soil can be tested at any time and its health. We are going to measure and verify it with our National Agricultural Research Organization (NARS) partners. When this is valid, this whole soil will bring revolution in the health assessment.
Read –
