Unmanned Aerial Vehicle Direct Seeding Versus Ground Seeding Mechanization Services in Smallholder Farming Systems of North West IGP on Energy Use Efficiency and Quality of Rice Culture: A Review

Various sectors use AI technologies to increase output and productivity. in agriculture also enables farmers boost productivity while minimizing harmful environmental effects. is transforming the food-processing industry, where agricultural emissions have dropped by 20%. Mechanization once again one of top development policy targets for changing smallholder system north west IGP. To support public investment or company programs, however, previous ongoing efforts frequently suffer from a lack scientific data on end-user effective demand various sorts mechanical improvements. Rice production involves intricate agronomic procedures. Seeding, fertilizing, pesticide application are labour- time-intensive tasks that low automation efficiency. Currently, lot research focuses single UAV operation rice, but there aren't many applications cover entire process sowing, applying pesticides. Based intelligent operating platform, mUAV was created oversee planting rice. This aircraft accomplished three same flight platform: seeding, fertilizer application, application. Machine design carried out using simulations CFD. The cultivation patterns rice direct seeder, transplanter, seeding were compared perform comparative evaluation process. With improved automation, fewer labour inputs, lower costs, it intended this will offer new machinery farming conditions.