基于改进蚁群算法的电力信息安全监控系统设计

Design of Power Information Security Monitoring System Based on Improved Ant Colony Algorithm

传统监控系统的电力信息密钥较长,匹配速度较慢,会影响电力信息安全的监控效果,因此提出了基于改进蚁群算法的电力信息安全监控系统设计。采用DS240-241传感器设计电力信息采集模块,应用4个TEH1600S的16口交换机设计通信模块,选取嵌入式微处理器STVB2F072C8U6设计主控制模块。电力信息安全监控系统选用基于改进蚁群算法采集电力信息,采取定性加定量的方法实现电力信息风险评估。通过系统性能测试可知,该监控系统在运行状态下的瞬时中央处理器(Central Processing Unit,CPU)使用率最高为40%,电力信息字符匹配时间较短,对电力信息安全的监控效率较高,具有良好的安全监控性能。

Because the power information key of traditional monitoring system is long and the matching speed is slow,the monitoring effect of power information security is affected.Therefore,this paper proposes the design of power information security monitoring system based on improved ant colony algorithm.DS240-241 sensor is used to design the power information acquisition module,four TEH1600S 16 port switches are used to design the communication module,and the embedded microprocessor STVB2F072C8U6 is selected to design the main control module;As for the software of the power information security monitoring system,based on the improved ant colony algorithm to collect the power information,the qualitative and quantitative methods are adopted to realize the power information risk assessment.Through the system performance test results,it can be seen that the instantaneous Central Processing Unit(CPU)utilization rate of the monitoring system in the operating state is 40%,the power information character matching time is short,and the monitoring efficiency of power information security is high,which indicates that the system has good security monitoring performance.