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Effect of soil properties on hop count distribution in wireless underground sensor networks

机译：土壤性质对无线地下传感器网络中跳数分布的影响

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This paper investigates the influence of soil properties in terms of texture, bulk density, and particle density on the hop count distribution in wireless underground sensor networks (WUSNs). Simulation studies are performed where several environmental and system parameters in these networks are examined. The results in this paper show that in WUSNs, hop count between random source and sink increases as the percentages of clay and water in soil get higher. In addition, there are more possibilities that source and sink are disconnected. This effect is particularly significant in medium and large sensor networks.
机译：本文研究了土壤特性的质地，堆积密度和颗粒密度对无线地下传感器网络（WUSN）中啤酒花计数分布的影响。在研究了这些网络中的几个环境和系统参数的情况下，进行了仿真研究。本文的结果表明，在WUSN中，随土壤中粘土和水的百分比增加，随机源和汇之间的跳数会增加。此外，源和宿的断开连接的可能性更大。在中型和大型传感器网络中，这种影响尤为明显。

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