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A Framework for Development of Cost-effective Irrigation Control System Based on Wireless Sensor and Actuator Network (WSAN) for Efficient Water Management

机译:基于无线传感器和执行器网络(WSAN)进行高效水管理的经济高效灌溉控制系统的开发框架

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Pakistan's economy is mostly based on agriculture. The country faces big problem of water shortage and mismanagement. To cope up with this situation some IT based irrigation control system should be implemented that can deal with proper monitoring, distribution of water etc. We propose a Wireless Sensor and Actuator Network (WSAN) for Irrigation control which is low cost, ensures proper monitoring of the field, less human involvement, instant and accurate decision making. Different kinds of sensors are used and scattered throughout field to collect required data that is then processed and analyzed. It is a fact that a close relationship lies between agriculture and irrigation. The increase in the water-needs of the country has directly proportion to the shortage of the water resources. The efficient management & maintenance of water resources and controlling the water wastage will improve the water resources that are the most beneficial factors in the agriculture. The proposed Sensor-based model monitors many environmental parameters like temperature, humidity, soil moisture, etc.
机译:巴基斯坦的经济主要基于农业。该国面临着水资源短缺和管理不善的大问题。要应对这种情况,应实施它基于它的灌溉控制系统,可以处理适当的监测,水的分布等。我们提出了一种用于灌溉控制的无线传感器和执行器网络(WSAN),这是低成本,确保正确监控该领域,人类参与较少,即时和准确的决策。不同种类的传感器被使用并散落在整个场上,以收集所需的数据,然后处理和分析。事实上,一个密切的关系在于农业和灌溉之间。该国的水需求的增加与水资源短缺直接成比例。水资源的有效管理与维护和控制水资源将改善农业最有益的因素的水资源。所提出的基于传感器的模型监测许多环境参数,如温度,湿度,土壤水分等。

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