Dynamic Application of Unmanned Aerial Vehicles for Analyzing the Growth of Crops and Weeds for Precision Agriculture

Abstract

The resource that the global economy most heavily depends on is agricultural productivity. Nowadays, drones are widely used in a variety of civic applications, including agriculture. However, the aim of this work is to provide an overview of how unmanned aerial vehicles are used in agriculture fields. A development in drone technology for agricultural events can restructure the farm sector to become dynamic and intelligent rather than static and manual. Precision agriculture can be made more effective with the deployment of drones integrated with the proper camera, sensors, and integrating modules. The two main forces behind agriculture automation are precision agriculture and wireless sensor network. Drones, automation, and spectral cameras are all combined to increase the possibilities of managing crop yield and weed issues more effectively. The best design concept and analysis of an autonomous agricultural crop and weed management UAV are discussed. In order to meet the increasing need for food over the past few decades, farming practices have undergone a significant evolution.