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首页> 外文期刊>International Journal on Computer Science and Engineering >Design and Development of Wireless Sensor Network System to Monitor Parameters Influencing Freshwater Fishes
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Design and Development of Wireless Sensor Network System to Monitor Parameters Influencing Freshwater Fishes

机译:无线传感器网络监测淡水鱼类参数的设计与开发

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摘要

In this paper we have designed, developed and proposed a prototype Wireless Sensor Network (WSN) System to monitor the Fish Farm. Salinity of the fresh water is a prominent parameter and is responsible for the difference in environment from marine conditions. Salt is an effective ingredient for fishes in fighting disease, parasites and chemical poisoning. The pH is equally a key parameter which influences the environment where fishes live. Generally, the fishes can live in pH ranges from 6.0 to 9.0, but their quality of life is best between pH 7.0 to 8.0. The change in the value of pH even by a small amount will be more stressful for fish. The temperature is other parameter which decides the value of pH and in turn affects the fishes. The developed prototype WSN system monitors these three parameters affecting the fresh water fishes. The open source technology-ARDUINO (open electronics prototype and open source) is used to develop the system.
机译:在本文中,我们已经设计,开发并提出了一个原型无线传感器网络(WSN)系统来监视养鱼场。淡水的盐度是一个重要的参数,是造成环境与海洋条件差异的原因。盐是鱼类抵抗疾病,寄生虫和化学中毒的有效成分。 pH值同样是影响鱼类生存环境的关键参数。通常,鱼的pH值可以在6.0到9.0之间,但生活质量最好在7.0到8.0之间。 pH值的变化即使很小,也会对鱼类造成更大的压力。温度是决定pH值并进而影响鱼类的其他参数。开发的WSN原型系统监视这三个影响淡水鱼类的参数。开源技术-ARDUINO(开放电子原型和开源)用于开发系统。

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