Development and Research Self-Organizing Network Based on Protocol IEEE 802.11 Wi-Fi

L. A. Antipova, A. Borisov
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Abstract

The article describes how to organize a channel for data transfer using the IEEE 802.11 Wi-Fi standard defined by the mesh topology. As the end nodes of the network, fairly common modules based on the ESP8266EX microprocessor are used, which differ from their competitors not only by the ease of downloading the program code and further use, but also at a relatively affordable price. Theoretical, practical indicators of communication range, the question of the security of the self-organizing network obtained and possible applications are analyzed. Theoretical calculations of the communication range were confirmed experimentally, showing an excellent result in the percentage of received packets. The results obtained completely satisfy the definition of the topology used. Based on the definition of the 802.11s standard, an increase in the network when connecting points can occur at any time, which increases the distance between the sender and the receiver. Development can be used to exchange messages in narrowly specialized industries, educational purposes, and also apply universally.
基于IEEE 802.11 Wi-Fi协议的自组织网络开发与研究
本文描述了如何使用由网状拓扑定义的IEEE 802.11 Wi-Fi标准组织数据传输通道。作为网络的终端节点,采用了相当常见的基于ESP8266EX微处理器的模块,与竞争对手不同的是,这些模块不仅易于下载程序代码和进一步使用,而且价格相对低廉。分析了通信范围的理论、实际指标、所得到的自组织网络的安全性问题以及可能的应用。通过实验验证了理论计算的通信范围,在接收包的百分比上取得了很好的结果。所得结果完全满足所使用的拓扑定义。根据802.11s标准的定义,当连接点可以在任何时间发生时,网络的增加会增加发送方和接收方之间的距离。开发可以用于在狭窄的专业行业中交换信息,也可以用于教育目的,也可以普遍应用。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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