Failure Issues in WiFi Networks Applied in Intelligent Home Systems

P. Lech, J. Purczynski, E. Kornatowski, P. Wlodarski
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引用次数: 1

Abstract

Abstract This article presents current research on failure issues in the IEEE 802.11g wireless network that can be easily applied in the intelligent home system. Different systems in different communication models coexisted with each other in the same time of operation. As a result of many observations the new statistical model of communication system failures was developed. During normal operation there should be no connection loss in the ideal case. However, when transmitting devices are located on the edge of the wireless network range, the connection could be lost. The problem of reconnections cannot be ignored in the process of automation devices control, especially when dealing with sensitive data transmitted using e.g. Internet of Things technologies. One of the possible scenarios that could take place after link failure is the stability loss of the system or issues with data integrity. All research presented in this work could help in performing new computer simulations, and as a consequence - by appropriate designing of queueing systems - preventing data loss.
智能家居系统中WiFi网络故障问题研究
摘要:本文介绍了IEEE 802.11g无线网络在智能家居系统中易于应用的故障问题的研究现状。不同通信模式下的不同系统在同一运行时间内共存。经过大量的观察,建立了新的通信系统故障统计模型。正常工作时,理想情况下应无连接丢失。但是,当发送设备位于无线网络范围的边缘时,连接可能会丢失。在自动化设备控制过程中,重连问题是不可忽视的,特别是在处理使用物联网等技术传输的敏感数据时。链路故障后可能发生的情况之一是系统稳定性丧失或数据完整性问题。在这项工作中提出的所有研究都可以帮助执行新的计算机模拟,并因此-通过适当设计排队系统-防止数据丢失。
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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