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电气自动化通信网络信道数据低时延传输方法

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随着电气自动化通信网络节点数目的增多,不同网络的节点发生冲突,其干扰数目都会增加,进而影响网络中数据传输速率,对此,提出电气自动化通信网络信道数据低时延传输方法.首先,构建网络信道数据低时延模型,实现对数据传输的调制.其次,分配并选择最小干扰在线网络信道.最后,实现网络低时延数据实时传输,做到最大限度地增加数据流量传输速率,提高网络性能.实验结果:该方法对数据的传输速率要明显大于其余两种方法,传输时延更低,可以证明该方法的可行性.
Low Latency Transmission Method for Channel Data in Electrical Automation Communication Network
With the increase of the number of nodes in electrical automation communication net-works,conflicts occur between nodes in different networks,and the number of interferences in-creases,which in turn affects the data transmission rate in the network.To address this,a low la-tency transmission method for channel data in electrical automation communication networks is proposed.Firstly,construct a low latency model for network channel data to modulate data transmission.Secondly,allocate and select the minimum interference online network channel.Finally,achieve real-time transmission of low latency data in the network,maximize data traffic transmission rate,and improve network performance.Experimental results:This method has a significantly higher data transmission rate and lower transmission delay compared to the other two methods,which proves the feasibility of this method.

electrical automationCommunication network channelSecondary usersData trans-missionLow latency transmission

周莉

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山东轻工职业学院,山东淄博 255300

电气自动化 通信网络信道 二级用户 数据传输 低时延传输

2024

长江信息通信
湖北通信服务公司

长江信息通信

影响因子:0.338
ISSN:2096-9759
年,卷(期):2024.37(12)