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Power aware zone based routing in a pervasive Irrigation Management System

机译:普遍灌溉管理系统中基于功率感知区域的路由

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The objective of the paper is to propose a power aware routing method in a geographical zone, using Bluetooth sensor's for efficient Irrigation Management System (IMS). Research on wireless sensor networks has recently received much attention as they offer an advantage of monitoring various kinds of environments by sensing physical phenomenon. The dynamic and heterogeneous nature of pervasive environment has led us to develop a model for an intelligent field irrigation system to solve the issue of water scarcity and labor, as it is the key issue in irrigation. We describe here a multi hop Bluetooth ad-hoc network with multiple gateways for data acquisition and remote administration. The model implements an economically feasible irrigation monitoring system whereby the Bluetooth sensors are embedded in the fields, which transmits various kinds of ambient conditions like temperature, humidity and water levels. The model uses the power-aware zone based routing protocol for routing the data from the Bluetooth sensors to the data acquisition system and thereby alerting the farmer with a suitable alert mechanism through mobile phone. The system is evaluated using simulations to identify the master among the nodes and to calculate the path to reach the gateway
机译:本文的目的是提出一种在地理区域中使用功率感知的路由方法,该方法使用蓝牙传感器实现高效的灌溉管理系统(IMS)。无线传感器网络的研究近来备受关注,因为它们具有通过感知物理现象来监视各种环境的优势。普适环境的动态性和异构性促使我们开发了一种智能田间灌溉系统模型,以解决缺水和劳动力问题,因为它是灌溉的关键问题。我们在这里描述了一个多跳蓝牙自组织网络,该网络具有用于数据采集和远程管理的多个网关。该模型实现了一种经济可行的灌溉监控系统,该系统将蓝牙传感器嵌入到田野中,可以传输各种环境条件,例如温度,湿度和水位。该模型使用基于功率感知区域的路由协议将数据从蓝牙传感器路由到数据采集系统,从而通过移动电话以适当的警报机制向农民发出警报。使用模拟对系统进行评估,以识别节点之间的主节点并计算到达网关的路径

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