基于B/S结构的网络异常数据实时监测方法研究
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引用本文:李国和1,袁长安2,冯 峥2,李宗华2,王卓瑜1.基于B/S结构的网络异常数据实时监测方法研究[J].计算技术与自动化,2021,(2):71-75
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李国和1,袁长安2,冯 峥2,李宗华2,王卓瑜1 (1.国网新源控股有限公司, 北京 1007612. 保定易县抽水蓄能有限公司,河北 保定 074200) 
中文摘要:针对传统技术中采用C/S结构存在的不足,提出了基于B/S结构(Brower/Server,浏览器/服务器)的监测方法,并构建出远程、实时、在线异常数据实时监测系统。该系统包括数据层、传输层、应用层、表示层和远程用户监控中心,通过Internet网络下载Web浏览器,在IE网站登录远程监控管理网站,实现远程操作界面的数据通讯,并通过网页上下载带有WinSocket的ActiveX控件,建立起数据通讯。还设计出基于S3C44B0处理器的远程监控终端硬件结构,采用网络数据过滤算法,降低数据包传递量,以提高网络运行数据的精度。实验表明,本方案在数据传输的实时性上优于 C/S结构,大大减轻了网络数据传输负荷量。
中文关键词:B/S结构  Internet网络  异常数据实时监测  S3C44B0处理器  网络数据过滤算法
 
Research on Real-time Monitoring Method of Network Anomaly Data Based on B/S Structure
Abstract:In view of the shortcomings of using the C/S structure in the traditional technology, a monitoring method based on the B/S structure (Brower / Server, browser / server) is proposed, and a remote, real-time, and online real-time monitoring system for abnormal data is builded. The system includes a data layer, a transmission layer, an application layer, a presentation layer, and a remote user monitoring center. The Web browser is downloaded through the Internet, and the remote monitoring management website is logged in on the IE website to implement data communication on the remote operation interface. ActiveX control with WinSocket to establish data communication. This research also designed the hardware structure of the remote monitoring terminal based on the S3C44B0 processor, and adopted a network data filtering algorithm to reduce the amount of data packet transmission to improve the accuracy of network operation data. Experiments show that the scheme of this study is better than the C/S structure in real-time data transmission, which greatly reduces the network data transmission load.
keywords:B/S structure  Internet network  real-time monitoring of abnormal data  S3C44B0 processor  network data filtering algorithm
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