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首页> 外文期刊>International Journal of Applied Environmental Sciences >A Pervasive system for optimizing water utilization in Agriculture using wireless Sensor Networks
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A Pervasive system for optimizing water utilization in Agriculture using wireless Sensor Networks

机译:使用无线传感器网络优化农业用水的普适系统

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Wireless Sensor Networks (WSN) are playing vital role in precision agriculture. In the current era, many sensor variants are being used in the agriculture sector for different process, production and precision monitoring system. Apart from this, Wireless sensor Networks are used for decision support systems in agriculture for various processes. This paper provides an insight of an automated drip irrigation decision support system for optimum utilization of available water to be distributed over a specified cultivation land with multiple crops. This system works with a network of wireless Sensor for data acquisition. All sensor nodes collect data from various geospatial locations and send it to sink node to provide decision support for water distribution. The main focus is to reduce the cost of a working system using less number of the Sensor node in comparison with other methods studied for a survey. Many novel methods are used for automated drip Irrigation. The presented system narrows the focus on soil moisture data collection between two sensor nodes using piece wise Interpolation. A multi hop transmission is used in data transmission from a source node to sink node.
机译:无线传感器网络(WSN)在精准农业中发挥着至关重要的作用。在当前时代,许多传感器变型已在农业领域用于不同的过程,生产和精密监控系统。除此之外,无线传感器网络还用于农业中各种过程的决策支持系统。本文提供了一种自动滴灌决策支持系统的见解,该系统可以最佳利用可利用水分配到多种作物的指定耕地上。该系统与无线传感器网络一起工作以进行数据采集。所有传感器节点都从各种地理空间位置收集数据,并将其发送到下沉节点,以提供水分配决策支持。与研究调查的其他方法相比,主要重点是使用更少的Sensor节点来减少工作系统的成本。许多新颖的方法用于自动滴灌。所提出的系统使用分段插值法缩小了两个传感器节点之间土壤水分数据收集的范围。多跳传输用于从源节点到宿节点的数据传输中。

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