大气变量对WLAN数据链路层参数的影响

D. Bri, S. Sendra, H. Coll, J. Mauri
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引用次数: 16

摘要

影响WLAN连接的问题有很多(墙壁、植被、雨水、菲涅耳区的物体等)。网络设计者和电信从业者在规划设备之间的无线连接时必须考虑到这些问题。一些研究已经证明了大气变量对频率衰减和波的视距的影响。但是,据我们所知,还没有发表任何将大气变量与wlan的数据链路层参数联系起来的工作。我们必须考虑到数据链路层允许我们测量比物理层多得多的参数。在回顾已发表的相关工作后,首先,我们将展示两个月内测量的大气变量,然后我们将展示我们在这两个月内能够测量的数据链层参数。最后,我们将讨论测量参数中大气变量的含义,并估计我们的测量所遵循的规律。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
How the Atmospheric Variables Affect to the WLAN Datalink Layer Parameters
There are many issues that affect to WLAN connections (walls, vegetation, rain, objects in the Fresnel zone, etc.). Network designers and telecommunication practitioners must take them into account when they are planning wireless connections between devices. Some studies have demonstrated the implication of the atmospheric variables in the frequency attenuation and in the line of sight of the waves. But, to the extend of our knowledge, there is not any work published that relates the atmospheric variables with the datalink layer parameters of the WLANs. We must take into account that the datalink layer allows us to measure quite more parameters than the physical layer. After a review of the published related works, first, we will show the atmospheric variables measured during two months, and, then we will show the datalink layer parameters that we have been able to measure during those months. Finally, we will discuss the implications of the atmospheric variables in the measured parameters and we will estimate the laws followed by our measurements.
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