Logical Design for an Agriculture System

Abstract

A system to provide modern precision agriculture to maximize the benefits and gains of the enhanced Algorithms in the agriculture sector, especially on the productivity of the crops to the firms that in the food production using the modern methods in planting, monitoring, and controlling the crops. Using algorithms for environmental sustainability could aid our recent attempts to protect the environment. The system aims to minimize a lot of problems in agriculture which help in growing crops in a controlled environment. This system will use internet of things (IoT) technology, and algorithms, to automatically detect the crop in detail. First, water First, water resources management could be improved and obtain a maximum result by utilizing the internet of things (IoT) using the sensors to calculate the exact amount needed. Moreover, Disease and weed management, crop health monitoring with algorithm has a great impact on crop health monitoring, unmanned aerial vehicle (UAVs) with high-tech cameras that capture photos of the crops, bots that scan any harmful weed on the surface all of that will be transferred through wireless sensor network will help in detecting the diseases and weed to be eliminated. Implementing a wireless sensor network is essential for the IoT of precision farming to work, it is basically a collection of sensors and cameras deployed to it, coordinates the data collected at the central location that will be on the cloud, then the recorded data will be analysed using the Algorithms then give the results that should help taking better decisions for the huge lands. Finally, the combination of the elements of precision farming allows continuous monitoring of the land and will give the user a chance for better management of the land with low cost, power saving, fewer workers, and fewer errors.