低敏感路由协议攻击自适应监测系统设计

Design of Adaptive Monitoring System for Low Sensitive Routing Protocol Attack

摘要:

路由协议是由不同层次的多个协议组成的,当前的路由协议攻击监测系统无法从路由协议层次间的数据链路层中获取大量的数据包,使系统无法在短时间内实现数据的采集和传输,存在带宽占有率低、响应时间长、误比特率高的问题。提出一种路由协议攻击监测系统构架,对路由协议进行解析,在不影响监测效率的情况下及时控制数据采集频率,减少系统的带宽占有率；对网络数据采集过滤器和分接头的联系以及信号中错误比特数的处理做了较为详细的阐述,设计了信息发布方式,并对数据包规则进行描述。实验结果表明,该系统的响应时间短、带宽占有率低、误比特率低。

Abstract:

The routing protocol is composed of multiple protocols at different levels. The current routing protocol attack monitoring system can not obtain a large number of data packets from the data link layer between the routing protocol layers, so that the system can not realize the data acquisition in a short time and Transmission, there is a low bandwidth occupancy, long response time, high bit error rate. This paper proposes a routing protocol attack monitoring system architecture, which analyzes the routing protocol and controls the data acquisition frequency without affecting the efficiency of monitoring. The bandwidth of the system is reduced. The connection between the network data acquisition filter and the tap and the signal The processing of the number of errors in the bit to do a more detailed description of the design of the information release, and the description of the rules of the packet. The experimental results show that the system has short response time, low bandwidth occupancy rate and low bit error rate.