应急通信网络大容量信息实时推送系统设计
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摘要
为稳定信息网络的通信地址路由矢量,实现扩充中继推送端口流量的目的,设计应急通信网络大容量信息实时推送系统。以自定义应急协议通信模块、网络端信息负载均衡模块的良性交互作为基础条件,对实时消息推送管理模块进行加固完善,实现新型信息实时推送系统的硬件运行环境搭建。在此基础上,通过定义实时推送信息的方式,连接大容量网络通信分发协议,并对应急推送两种秘钥进行按需分配,实现新型系统的软件运行环境搭建,结合硬件执行单元,完成应急通信网络大容量信息实时推送系统设计。仿真实验结果表明,与传统网络信息推送系统相比,应用新型实时推送系统后,信息网络通信地址路由矢量最大稳定系数超过1.60,中继推送端口流量平均值接近2.35×1017T。
In order to stabilize the communication address routing vector of information network and expand the traffic of relay push port,a large capacity real-time information push system of emergency communication network is designed. Based on the benign interaction of self-defined emergency protocol communication module and network information load balancing module,the real-time message push management module is strengthened and perfected,and the hardware operation environment of the new real-time information push system is built. On this basis,by defining the way of real-time pushing information,connecting the large-capacity network communication and distribution protocol,and assigning two kinds of key to emergency pushing on demand,the software running environment of the new system is built,and the large-capacity information real-time pushing system of emergency communication network is designed combined with the hardware execution unit. The simulation results show that,compared with the traditional network information push system,the maximum stability factor of the address routing vector of the information network communication is more than 1.60,and the average traffic of the relay push port is close to 2.35 x 1017 T after the application of the new real-time push system.
In order to stabilize the communication address routing vector of information network and expand the traffic of relay push port,a large capacity real-time information push system of emergency communication network is designed. Based on the benign interaction of self-defined emergency protocol communication module and network information load balancing module,the real-time message push management module is strengthened and perfected,and the hardware operation environment of the new real-time information push system is built. On this basis,by defining the way of real-time pushing information,connecting the large-capacity network communication and distribution protocol,and assigning two kinds of key to emergency pushing on demand,the software running environment of the new system is built,and the large-capacity information real-time pushing system of emergency communication network is designed combined with the hardware execution unit. The simulation results show that,compared with the traditional network information push system,the maximum stability factor of the address routing vector of the information network communication is more than 1.60,and the average traffic of the relay push port is close to 2.35 x 1017 T after the application of the new real-time push system.
引文
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[2]钟波,陶智勇.基于WebSocket的车辆GPS信息实时推送系统的实现[J].电子设计工程,2017,25(13):48-52.
[3]王恒,郭凌旭,武瑞龙,等.基于电力调度数据网的广域消息总线设计与实现[J].电力系统自动化,2017,41(15):100-106.
[4]贾磊,阳旺,王昭阳,等.基于位置信息的流式移动应用推送系统的研究[J].计算机工程与科学,2016,38(2):284-289.
[5]庄文杰,谈国新,侯西龙,等.非物质文化遗产资源自适应推送系统的用户模型构建研究[J].情报杂志,2017,36(11):106-113.
[6]尹延宁,刘太君,叶焱,等.基于Node.js,Sencha Touch和iBeacon信息推送系统的设计与实现[J].火力与指挥控制,2016,41(8):151-154.
[7]马跃,颜睿陽,孙建伟.基于RocketMQ的MQTT消息推送服务器分布式部署方案[J].计算机系统应用,2018,27(6):85-88.
[8]安涛,胡毅,张腾飞,等. DNC车间管理系统的消息实时推送功能的设计与实现[J].组合机床与自动化加工技术,2016,15(3):151-153.
[9]邰蕾蕾,陶世奇.一种基于用户识别特征模型的中医药健康养老信息推送算法[J].运筹与管理,2017,26(12):183-188.
[10]胡媛,刁首琪,朱益平,等.基于知识聚合的数字图书馆社区服务推送系统设计与实现[J].情报科学,2017,21(11):74-79.
[11]张延旭,蔡泽祥,龙翩翩,等.智能变电站通信网络实时故障诊断模型与方法[J].电网技术,2016,40(6):1851-1857.
[12]王跃飞,张亚生,刘红军,等.基于AUTOSAR的汽车FlexRay网络通信故障检测与管理[J].农业工程学报,2016,24(4):105-112.
[13]左韬,闵华松,张雄希.基于实时以太网的机器人通信总线控制系统[J].计算机工程与设计,2016,37(5):1140-1144.
[14]罗明,孟传伟,黄海量.基于加权频繁模式树的通信网络告警规则挖掘方法[J].计算机工程,2016,42(4):190-196.
[15]伊洋,刘育权,陈宇强,等.基于信息综合判断的智能变电站网络通信故障定位技术研究[J].电力系统保护与控制,2016,44(3):135-140.
[16]武哲,高松,李军伟,等.纯电动汽车时间触发总通讯协议网络消息调度策略研究[J].科学技术与工程,2017,17(9):279-285.
[17]李敏,宁辉,孟小君,等.戈壁地区浮空器的辐射热环境模型[J].现代应用物理,2019(1):83-86.
[18]周生海,宋巍,顾颖,等.光纤通信网络中继电保护信号准确传输方法研究[J].自动化与仪器仪表,2018(12):15-18.