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The Research on WLAN Technology of Chain Network Based on Monitoring Information Transmission of Catenary

机译:基于监测信息传输的链网络WLAN技术研究

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The structure of railway catenary line is "long chain". Considering each catenary as a wireless node, it will form the chain wireless network that solves the transmission problem of monitoring data on railway catenary line. Using token method to manage the distribution of channel resources can optimize the structure of "long chain". The local system decomposes several subnet class units which consist of one or more nodes. Then the token is transmitted in denomination of subnet. The system structure is composed of multiple subnets connected in series, making the route more flexible. The network can self-repair and prevent system breakdown due to node failures. The stability of system will be enhanced. The monitoring data can be sent in parallel, and the network efficiency becomes higher. Using token as control information, nodes will not interfere with each other, thus achieving orderly utilization of the channel.
机译:铁路关联线的结构是“长链”。考虑到每个链接作为无线节点,它将形成链条无线网络,解决了铁路绕线线上监控数据的传输问题。使用令牌方法管理信道资源的分发可以优化“长链”的结构。本地系统分解由一个或多个节点组成的几个子网类单元。然后令牌以子网的面额传输。系统结构由多个串联连接的子网组成,使路径更加灵活。由于节点故障,网络可以自修复和防止系统故障。系统的稳定性将得到增强。监控数据可以并行发送,网络效率变高。使用令牌作为控制信息,节点不会相互干扰,从而实现通道的有序利用率。

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