Water Management System by Global Service Mobile (GSM) using Nanostructured Magnesium Oxide as Display for Agriculture Purposes

Herein we investigate the nanostructured MgO as an important material used for developing water management system. In this prototype, the various technologies available in the market for short message services (SMS) based canal pipeline water management using MgO nanoparticles as display device are explored in agriculture purposes. We motivate our research and provide a conceptual introduction which illustrates the need to increase or decrease the level of water, by activating three different water gates represented by water pump. If there is need to increase the level of water, we can do, decrease the level then also we can do by two different SMS. Subsequently, we suggest general system architecture for this mobile based irrigation system for agriculture application for farmers and discuss related design and decision. This design has been implemented as a prototype which we named "Water management system (WMS) by global service mobile (GSM) using nanostructured MgO as display"� for agriculture purposes.