Research on A Vulnerability Detection Technology for Network Topology Security

Jianxin Ji, Chunli Xia, Tong Zhang, Yichuan Wang, Sheng Liu
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Abstract

Vulnerability detection plays an important role in topology network security. Topology network application scope, users, and transmit the data type of the change, the increasing of the existing vulnerability detection in the process of diversification of data transmission, positioning fuzzy vulnerability detection, error messages are not clear, it is difficult to positioning and eliminate network fault in time. For this, put forward topology network multiplexer output port complex data mutation vulnerability detection. Based on topology network multiplexer output port complex data priority extraction, according to build complex data mutation scanning module and loopholes in the database are defined in the holes details to complete the multiplexer output port complex data mutation detection process. Simulation experiments show that the topology of the network multiplexer output port complex data mutation vulnerability detecting system that can effectively save the data in time. Make vulnerability detection accuracy greatly improved, provides the stability and security of the topology network security.
一种网络拓扑安全漏洞检测技术研究
漏洞检测在拓扑网络安全中起着重要的作用。网络拓扑应用范围、用户以及传输数据类型的变化,使得现有漏洞检测在数据传输多样化过程中日益增多,漏洞检测定位模糊,错误信息不清晰,难以及时定位和排除网络故障。为此,提出拓扑网络多路复用器输出端口复杂数据突变漏洞检测。基于拓扑网络的多路复用器输出端口复杂数据优先级提取,根据构建复杂数据突变扫描模块和漏洞数据库,在漏洞中定义详细信息,完成多路复用器输出端口复杂数据突变检测过程。仿真实验表明,基于拓扑结构的网络多路复用器输出端口复杂数据突变漏洞检测系统能够有效地及时保存数据。使漏洞检测的准确性大大提高,提供了拓扑网络的稳定性和安全性。
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